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We were delighted to attend the Passive Product Certification: Market Advantage, Performance & Opportunity event hosted by the Passive House Association of Ireland in Dublin. The event was inspiring from start to finish, with insightful sessions delivered by leading Passive House experts including Helena McElmeel, Ann-Marie Fallon, Caroline Ashe Brady, Dr Wolfgang Feist, Tomas O’Leary, Soraya López García and John O’Connell.

A key highlight of the evening was the presentation of Certified Product Recognition to Metal Technology’s Connor Corry by Dr Wolfgang Feist, physicist and founder of the Passive House concept, for four aluminium façade systems certified by the Passive House Institute. It was particularly encouraging to hear Dr Feist address and debunk long-standing misconceptions around aluminium systems. His insights reinforced that, through considered design and the correct specification of materials, aluminium can successfully meet the rigorous demands of Passive House certification.

This aligns with Metal Technology’s commitment to sustainability, combining high-performance thermal efficiency with the use of ultra-low carbon aluminium billets, helping to drive the transition towards zero-emission buildings. The evening concluded with a compelling fireside discussion between Dr Wolfgang Feist and Jeff Colley leaving the room inspired, motivated, and eager for what comes next.

The £44 million Down High School represents a best-in-class educational campus in Downpatrick, Northern Ireland. Designed as a modern, co-educational post-primary facility for students aged 11-18, the school accommodates over 950 pupils from across the South Down region.

Metal Technology’s architectural glazing systems played a pivotal role in shaping the building’s modern identity. Floor-to-ceiling glazing maximises natural daylight, enhances energy efficiency, and creates bright, open learning environments that support student wellbeing and engagement.

See full case study >

The £400 million Strule Shared Education Campus is Northern Ireland’s largest ever education project. Currently under construction on the former Lisanelly Army Barracks site in Omagh, it is due to open in September 2028.

Being delivered by Woodvale Lowry Joint Venture, this transformative project will bring together six schools from across the community, including grammar, secondary, and special education provision. More than 4,000 children and young people from different backgrounds will learn together in a vibrant, dynamic “super-campus,” benefiting from a shared curriculum and extensive extra-curricular opportunities.

We are proud to have been specified to supply our high-performance Windows, Doors, Curtain Walling and Louvre systems across all school buildings, as well as the Shared Education Centre and Shared Sports Centre & Pavilion.

The Shared Education Centre features Metal Technology’s System 17-65 65mm Capped Curtain Walling in conjunction with specially installed solid sandstone pillars and complemented by colourful Swisspearl rainscreen cladding. To enhance comfort and performance, Guardian Solar Control Glass has been specified to reduce overheating and glare within the classrooms.

The façade is designed to meet PAS24 “Secured by Design” standards, with stringent thermal requirements achieving a U-value of 1.6 W/m²K across the glazed elements. Metal Technology’s advanced system solutions have been carefully selected to meet these demanding performance criteria.

This pioneering development represents a major investment in the future of education and community integration, and we are excited to play a role in a project that will help regenerate the local area and enrich the lives of young people in Omagh.

Metal Technology is a market leader in architectural aluminium Passive House solutions. We are launching a new addition to the Hi+ range engineered to deliver higher performance and set a new standard across the UK market for Passive House, DfE and high performance projects.

Building on the success of systems such as the 5-35D Hi+ door, 5-45 Hi+ tilt and turn window and System 17 Hi+ curtain walling, this latest development reflects our ongoing commitment to delivering market-leading Passive House solutions.

More details will be released over the coming weeks.

Stay tuned.

We are pleased to introduce our latest Low Carbon Aluminium brochure, providing a detailed overview of our commitment to reducing embodied carbon across aluminium window, door and curtain walling systems.

As part of our ongoing sustainability strategy, this brochure outlines how Metal Technology Ltd is driving measurable carbon reduction through material innovation, procurement strategy and circular economy principles.

Inside, you will find:

– Our corporate environmental statement on low carbon aluminium

– How we are reducing embodied carbon through low-carbon aluminium procurement

– Details on our RecycAL 4.0 and RecycAL 1.9 aluminium billet options

– Carbon performance data and material properties

– Integration with our Passive House certified systems

– Our involvement in the CAB closed loop recycling scheme

– Guidance on CBAM and its impact on the construction industry

– Independently verified EPD certification

– Our role in driving an industry-wide low carbon transition

This brochure has been developed to support architects, specifiers, builders and fabricators in making informed decisions around sustainable material selection without compromising performance.

To download your copy or learn more, visit our website or contact your local Metal Technology Ltd representative

Download the brochure here

We’re pleased to share that our High-Performance Casement & POV and Tilt & Turn Window brochures have been refreshed and are now available to download from our website.

Explore the latest specifications, performance data, and design details for:

System 4-35 Hi+ Casement Window & Parallel Opening Vent (POV)

System 5-35 Hi+ Tilt and Turn Window

To request hard copies, please email sales@metaltechnology.com

On the 3rd & 4th of March, Metal Technology facilitated a Certified Passive House Tradesperson Course at our Head Office. The course was delivered by Tomas O’Leary and Emer Doyle of Mosart, with valuable support from Stella Farrell, who assisted with exam coordination.

The two-day program covered all the quality assurance aspects needed to successfully deliver a Passive House project and 12 Metal Technology employees participated in the training.

Alongside our in-house commitment, we are also dedicated to continuing the training of our supply chain and fabricator network – we were delighted to welcome delegates from Walsin and Thornton to also attend the course.

Our commitment to, and investment in Passive House training now brings the total number of employees within Metal Technology trained in Passive House to 16, including two Certified Passive House Consultants.

Across the two days, Tomas O’Leary, MD of Mosart, shared his 20 years of Passive House insights with the attendees. The training also included hands-on practical demonstrations, provided by Dara McGowan from Partel, using airtightness rigs and a bespoke wall sample provided by Metal Technology.

Click more details on our Passive House systems

Further information on the training course is available here

Last week Metal Technology participated in two key Sustainability events held in Belfast and facilitated by Queen’s University Belfast.

On Monday 23rd February, we attended the Passivhaus for the Public Sector in Northern Ireland event, held in the Canada Room, Lanyon Building at Queen’s University. This focused on the importance of good design: Reducing Risk, Cost and Carbon and was organised by the Ministerial Advisory Group (MAG) for Architecture & Built Environment NI.

The event explored how the Passivhaus standard provides a proven, low-risk pathway to delivering high-performance public buildings that reduce operational cost, carbon emissions, and long-term asset risk, while improving occupant health and comfort.

The day was run in collaboration with:
· Passivhaus Trust
· Passive House Association of Ireland (OFFICIAL)
· Queen’s University Belfast

Following the event we were delighted to welcome several speakers and delegates to our to our HQ in Antrim for a presentation and site tour, culminating in witnessing an air test on one of our Passive House windows, in our new state-of-the-art weather test rig, that is located in our recently completed R&D facility.

Caroline Ashe Brady – Chair of PHAI & Commercial & Sustainability Director at KORE Insulation
Ann-Marie Fallon – Co-Director Passivhaus Trust, Mentor Architype, BE-ST Board Member, Coaction Trainer
Sally Godber – Director Warm Consultancy
Barry McCarron – Managing Director, KORE Retrofit & Expert Advisor to Ministerial Advisory Group for Architecture and the Built Environment (MAG)

On Tuesday 24th February, we also attended Queen’s University’s Sustainable Construction Conference 2026, titled “Materials Matter: A Deep Dive into Material Innovation, Circularity, and Low Impact Design”.

With net-zero targets tightening, and carbon scrutiny increasing, material choices and circularity are firmly in the spotlight. The half-day event explored materials, circularity, and low-impact design, with a focus on innovative and best-practice. There were great insights from leading experts across the UK and Ireland, with real-world case studies, and cross industry perspectives that were all aimed at accelerating sustainable transformation across construction and the built environment.

As many of our customers will remember, we lost our dear friend and colleague Timmy Cummins in October 2023. Timmy was a remarkable person, working with Metal Technology for over 20 years. His technical knowledge of our industry, his easy-going nature and the ability to communicate at all levels were truly unique as a fabrication training manager to our customer network. He was also a key team player in our R&D department where his skills in developing new systems were invaluable. He continues to be sorely missed within the business.

In his honour and in support of Brainwaves NI, who supported Timmy and his family during his illness, we are putting in 5 relay teams totalling 24 people, including Timmys daughter Maeve, to run the Belfast City Marathon this year on Sunday 3rd May.

Brainwaves NI is Northern Ireland’s only volunteer led Brain Tumour research and support charity. The startling statistics are that more children and adults under 40 die of a brain tumour than any other cancer, yet the national spend on research is less than 1%.

We are aiming to raise as much as possible for this worthy cause in memory of Timmy with a target of £10,000 and appreciate any support our customers, suppliers, supplychain and friends can make.

CLICK HERE TO SUPPORT BRAINWAVES NI AND METAL TECHNOLOGY

Training is well underway and if you are local and can make it, you will see the team branded with Metal Technology and Brainwaves NI so give us a cheer along the route!

Thank you for your support from the Metal Technology and Cummins families.

At the beginning of December, we gathered together to celebrate Metal Technology Ltd’s 40th anniversary in style at the beautiful Malmaison Belfast.

It was a fantastic evening, featuring a timeline of the company’s progress from the mid-1980s to the present day, delivered by our Managing Director, Calvin Wilson. Alongside our founder, Brian McKnight, presentations were made to recognise the contributions of a number of our incredible long-serving team members, celebrating milestones of 20, 25, 30 and even 40 years of service! 👏

Magician Trevor Price kept everyone laughing and amazed with brilliant close-up magic, while Andy Heasley brought the room to life with fantastic live music. And there were even some unforgettable solo performances from our own talented colleagues: Lyndsay, Shaun, and Garry.

A wonderful celebration of our dedicated team, our shared achievements, and a major milestone in Metal Technology’s journey. Here’s to the next 40 years! 🚀

We’re proud to announce that Metal Technology has achieved Platinum Level for the second year running in Business in the Community’s Northern Ireland Environmental Benchmarking Survey (NIEBS), independently audited by EY.

150 NI-based organisations across sectors such as manufacturing, local government, education, utilities, construction, ICT, and food & drink took part, with 41 achieving the coveted Platinum level.

Our Sustainability Champion and Technical Support Manager, William McIlvenna, attended the ceremony in the Titanic Suite at Titanic Belfast, where many local organisations were recognised for their environmental performance. Huge thanks to Business in the Community Northern Ireland for hosting an excellent event.

At Metal Technology, we remain committed to reducing our Scope 1 and 2 greenhouse gas emissions by 50% by 2030, and we’re already ahead of schedule. We are also actively measuring and reducing our Scope 3 emissions and report our company-wide GHG emissions annually.

📄 View the survey report
🌿 Learn more about our sustainability work

We’re proud to announce that Metal Technology Ltd has achieved Cyber Essentials Plus, the UK government-backed accreditation that verifies strong, independently assessed cybersecurity controls. Cyber Essentials Plus provides verified protection against common cyber threats, secure system configuration, controlled access to sensitive data, strong malware defences, and assured patch management.

This certification involved thorough technical checks to make sure our systems and processes are secure and shows our strong commitment to protecting client data, maintaining operational resilience, and supporting secure collaboration across the construction and architectural sectors.

Metal Technology Ltd were proud to take part in the very first Learning Environments Northern Ireland event last week, held in the iconic Titanic Belfast. The conference theme, “Creating Modern, Inclusive Learning Environments for Every Child and Young Person”, set the tone for a very inspiring day.

The event was opened by Paul Givan MLA, Minister for the Department of Education, and brought together senior members of the Department, project architects, consultant engineers, and educators – all united by a shared goal of enhancing learning spaces across Northern Ireland. Key topics included: early years and special educational needs provision, sports and outdoor learning environments, modern methods of construction, sustainability and the green agenda.

Our own Tony Rosbotham and Connor Corry showcased Metal Technology’s Passive House range, highlighting our expertise in delivering high-performance glazing solutions for the education sector.

The Strule Shared Education Campus was showcased as a flagship scheme with six schools being accommodated in the one location in Omagh. Metal Technology are key providers in assisting in the design and delivery of the façade glazing on all Education Authority refurbishment, upgrade, and new build schemes in Northern Ireland.

A big thank you to everyone who visited us and for the insightful conversations! We had a fantastic day, rounded off perfectly with a Gala Dinner held next door at the beautiful Titanic Hotel.

In September of this year, St Ronan’s College officially opened its brand new £58 million campus in Lurgan. Delivered by Glasgiven Contracts, the purpose-built campus combines the college’s three previous locations into one state-of-the-art facility, accommodating 1,750 pupils.

A range of Metal Technology’s architectural glazing products were fabricated and installed in the flagship project by D & K Architectural Systems. The new 20,000 sqm college features inspiring classrooms and specialist learning spaces, a dedicated sixth-form centre, a double-height dining hall, and extensive sports and community amenities. 

See full case study >

We’ve had a fantastic few days at this year’s UK & Ireland Passivhaus Conference!

A huge thank you to everyone who visited us yesterday at the ICC Belfast – Tony Rosbotham and Connor Corry were on hand to showcase our Passive House Institute-certified aluminium glazing solutions.

It’s been an inspiring event highlighting the growing momentum of Passive House in large-scale construction, including an insightful site tour of Weavers’ Hall with GRAHAM Building – a major 459-unit Passive House student accommodation project which will feature Metal Technology Ltd’s Passive House Windows, Doors and Curtain Walling systems.

It was great to connect with everyone and we’re very proud to have supported the conference as a Silver Sponsor, especially as Metal Technology approaches its 40th anniversary later this year. Here’s to the continued growth of Passive House and the innovation driving a more sustainable built environment.

The £36m ‘Live Active Blairgowrie’, delivered for Perth & Kinross Council, is Scotland’s first Passivhaus-certified leisure facility. The centre features a 25m swimming pool, a four-court sports hall, and a state-of-the-art fitness suite, setting new standards in sustainable leisure design.

Metal Technology’s Passive House aluminium glazing systems were installed by Linn-Tech Scotland for BAM Construction and Hub East Central Scotland. It’s fantastic to see this high-quality, low energy leisure facility open for the local community to enjoy, delivering exceptional energy efficiency, significantly reducing carbon emissions, and ensuring a comfortable, healthy indoor environment.

See full case study

As part of Metal Technology’s drive to reduce our carbon footprint and deliver on our sustainability strategy, we have recently implemented a digital warehousing system to our Goods Out department to streamline our despatch process and eliminate internal paper usage.

In conjunction with our software provider, we have created a bespoke system specifically designed to meet our needs. Implementation is fully complete, and everyone has embraced the new procedures.

📲 All orders are now sent directly from our internal sales department to tablets, which are then used to pick the orders.
✅ Once confirmed on the tablet and dispatched, an automatic invoice is generated for the customer.
📉 This has reduced our internal documentation by 95% and reduced our administration time to invoice by 50%.

For the customer, a single-sheet delivery note is still sent with all goods to allow customers to check and confirm their deliveries on arrival, but all internal paperwork has been removed. The process has also improved our live stock inventory. As we continue our net zero journey, we are constantly analysing methods and processes which give greater efficiencies for a more sustainable environment.

This is an exciting time for the business, with further environmental improvements planned for 2026.

A range of Metal Technology’s fenestration solutions were installed by Linn-Tech in the new office facilities for the Scottish White Fish Producers’ Association (SWFPA). Delivered by CHAP Group, the new headquarters in Fraserburgh, Aberdeenshire will serve as a central hub for SWFPA, Scotland’s largest fishing association and also houses the Scottish Seafood Centre of Excellence, marking a significant milestone for Scotland’s fishing sector.

Imagery: CHAP Group

The new £100m Drumgeith Community Campus has officially opened, featuring Greenfield Academy, Dundee’s first secondary school built to Passivhaus standards.

Metal Technology’s System 17 Hi+ Passive House Curtain Walling, System 5-35D Hi+ Passive House Door, and System 5-45 Hi+ Passive House Tilt and Turn Window were expertly installed by Avtek Ltd, delivering outstanding thermal performance and airtightness to support the project’s sustainability goals.

With capacity for 1,600 pupils and a wealth of community facilities – from sports halls and all-weather pitches to a library, café, and performance spaces – the campus sets a new standard for education, wellbeing, and community integration in Dundee.

See full case study

The new £54m Northern Regional College campus in Ballymena officially opened its doors for the 2025/26 academic year. A wide range of Metal Technology’s architectural glazing systems were fabricated and installed in the project by Topglass. Designed by McAdam Design and delivered by Heron Bros, the purpose-built campus combines the college’s three previous Ballymena locations into one state-of-the-art facility, supporting around 1,800 learners annually.

Imagery: NRC

We’re delighted to be a key sponsor of the UK & Ireland Passivhaus Conference 2025, taking place right here in Belfast! 🌿

At this year’s event, we’ll be showcasing our Passive House-certified systems, which are already making a significant impact across education and student accommodation projects throughout the UK and Ireland.

This year’s conference launched at Weavers’ Hall – Northern Ireland’s first Passivhaus student accommodation, designed by RPP Architects Ltd and being delivered by GRAHAM Building for Queen’s University Belfast.

The £46m PBSA project features Metal Technology Ltd’s Passive House 5-45 Hi+ Window, 5-35D Hi+ Door and 17 Hi+ Curtain Wall systems, combining:

✅ Exceptional thermal performance
✅ Low air permeability
✅ Security and durability
✅ Elegant, architectural aesthetics

Together, these elements help meet the rigorous Passivhaus performance standards – supporting energy efficiency, comfort and sustainability.

Explore our Passive House range and download our brochure

The new £65m Currie Community High School has opened in Edinburgh, marking a UK first as the only high school with a Passivhaus-certified swimming pool. Built to the rigorous Passivhaus standard, the ultra-low carbon facility provides 1,000 student places across three floors of bright, healthy, and inspiring learning spaces. Alongside its state-of-the-art teaching blocks, the school includes extensive health and fitness facilities, a café, outdoor play areas, a sensory garden, and public allotments – creating a true community hub. Delivered by Kier on behalf of the City of Edinburgh Council, the school consumes up to 70% less energy than a traditional build, significantly reducing its environmental impact.

The installation of Metal Technology’s System 5-45 Passive House Tilt & Turn Windows by Avtek contributed to Passivhaus certification by improving thermal efficiency and indoor air quality. Additional high performance façade and glazing systems from Metal Technology have been seamlessly integrated to meet the project’s exacting performance and aesthetic requirements. We are proud to have contributed to this landmark project, delivering a sustainable, future-ready environment for students and the wider community.

Image credit: Kier

The new Hawkhill Primary School in Winchburgh has been delivered by Morrison Construction to provide much-needed additional educational capacity for the growing community.

Metal Technology’s high-performance glazing products were installed by Linn-Tech Scotland to meet the stringent thermal and environmental performance standards. The systems combine durability, low maintenance, and energy efficiency, ensuring a comfortable and sustainable learning environment for pupils and staff. Designed by JM Architects, the building adopts a distinctive ‘barn’ form with profiled cladding, creating a contemporary landmark on arrival to Winchburgh while reflecting the site’s agricultural and industrial past. 

Imagery: Hub South East Scotland

Metal Technology’s high-performance window systems have been installed by Avtek Ltd as part of the £2.3 million refurbishment of Bearsden Primary School. Delivered by East Dunbartonshire Council in partnership with McLaughlin & Harvey Construction Ltd and SCAPE Scotland, the project involved extensive restoration works to the historic 1910s building to safeguard its long-term use. 

In addition to the new windows, the refurbishment programme included stonework repairs and the installation of replacement boilers, ensuring the school now benefits from improved energy efficiency and a renewed lifespan, while maintaining the integrity of its original architecture.

Imagery: Avtek Ltd

Metal Technology’s System 4-35 Windows and System 10-35 Hi+ Doors have been installed by Duplus Architectural Systems at the new Cotswolds Designer Outlet in Tewkesbury.

Recently opened to the public, the first phase of this major retail destination delivers over 136,000 sq ft of premium retail and F&B space, developed by Bouygues UK. Metal Technology’s high-performance systems were specified to provide excellent thermal insulation, security, and durability, ensuring the scheme meets the stringent performance standards required for a modern, high-footfall retail environment. Anchored by international brands including BOSS, Adidas, and Cadbury, the outlet is set to become a key retail hub for the region and a major draw for visitors.

Imagery: Bouygues UK

Thanks to everyone who joined our recent online CPD session. It was great to connect with more than 75 professionals from our UK-wide fabricator network, highlighting the growing interest in Passive House design and high-performance façade systems. We covered the key principles behind Passive House and how high-performance aluminium façade systems can help meet the strict requirements of thermal efficiency and sustainability.

Key topics we discussed:

✅ What is Passive House, the three tiers: Classic, Plus & Premium
✅ Uf, Ug & Uw values and why frame-to-glass ratios matter
✅ Thermal bridging & airtightness: the real-world challenges
✅ Importance of correct installation for compliance
✅ Real case studies including premium-level projects like Southwest College
✅ Our role as System suppliers in guiding specifications, technical support, thermal analysis, and certification support

As the industry continues to push for higher building performance and sustainability, these conversations are more important than ever.

To discuss your next Passive House / EnerPHit Standard project, or to arrange a CPD presentation, please contact your local Metal Technology Ltd Area Manager:

➡️ Scotland – garry.zinkiewicz@metaltechnology.com

➡️ England (North) & North Wales – greg.wyness@metaltechnology.com

➡️ England (Midlands) – richard.rutherford@metaltechnology.com

➡️ England (South West) & South Wales – simon.cottee@metaltechnology.com

➡️ England (South East) – louisa.cairns@metaltechnology.com

➡️ Northern Ireland/ Republic of Ireland – tony.rosbotham@metaltechnology.com

metaltechnology.com
technicalenquiries@metaltechnology.com

Belfast International Airport has opened phase one of its £100m five-year investment programme. The new terminal extension features a reflective, glass wall façade with an intensive grid configuration climbing up into the cladding. To achieve the desired thermal requirements and to comply with PAS24, a range of Metal Technology’s system solutions were specified to deliver these high-performance characteristics, installed by approved fabricator IAT (Innovated Aluminium Technology).

Inside is a new state-of-the-art security hall with Next Generation Security Equipment, a new 1600 sqm Duty Free store as well as enhancements to the Arrivals area, including a new external forecourt. We’re proud to have played a part in transforming the passenger experience at Belfast International Airport.

See case study >

We’ve achieved a 45% reduction in carbon emmissions since 2019.

We’re delighted to announce that we have reduced our Scope 1 and 2 GHG emissions by 45.52% to date. We are now well ahead of our target to reduce these emissions by 50% by 2030.

As part of our Climate Action Pledge and wider sustainability strategy, we selected 2019 as our baseline year. Over the past four years, we’ve achieved the following reductions:

⬇️ 2021: 14.28%
⬇️ 2022: 18.77%
⬇️ 2023: 35.41%
⬇️ 2024: 45.52%

Key steps we’ve taken:

✳️ Switched all company cars to petrol, hybrid or electric

✳️ Invested in 3 new electric forklifts (now 8 total)

✳️ Upgraded all office lighting to LED with sensors where applicable

✳️ Moved from gas to electric heating

✳️ Installed a new 100kW solar array with battery storage

✳️ Switched to a 100% green energy provider

Our efforts earned us Top 40 Performer status in Business in the Community Northern Ireland’s NI Environmental Benchmarking Survey (NIEBS), reaching Platinum Level in just our second year.

We’re also actively working to measure and reduce our Scope 3 GHG emissions, with notable progress made through our Low Carbon Aluminium procurement policy.

We are delighted to be playing a part in bringing this significant development to Belfast which will be the first certified Passivhaus student accommodation in Northern Ireland and largest certified Passivhaus project on the island of Ireland. Metal Technology’s Passive House Institute-certified System 17 Hi+ Curtain Walling and System 5-45 Hi+ Windows will be installed in the build by fabricator Omagh Aluminium Systems.

Designed by RPP Architects and constructed by Graham Group, the £46m PBSA project for Queen’s University Belfast (QUB) is located on the Dublin Road and will reach 16 storeys with 459 student bedrooms in a mix of cluster apartments and studios. Due to open ahead of student intake in September 2026, high quality amenities will include meeting rooms, communal and social spaces, group dining areas, a post room, laundry and dedicated staff office and welfare facilities.

The new Life Sciences Innovation Hub offers state-of-the-art laboratory and premium office space for high-growth companies, building on the University of Dundee’s global reputation for excellence in health and life sciences research.

The cutting-edge facility features a range of Metal Technology’s high-performance, architectural glazing products, contributing to the project’s stringent thermal and acoustic requirements and supporting the building’s wider sustainability goals and the University’s commitment to net zero.

See case study >

We’re proud to share that two team members from Metal Technology Ltd — Tony Rosbotham, Business Development Manager, and Chris Chambers, Senior Technical Support — have successfully completed the Certified Passivhaus Tradesperson Training Course delivered by South West College across their Enniskillen and Dungannon campuses.

The four-day programme included three days of in-person classroom learning, followed by an online examination set by the Passive House Institute | iPHA, based in Darmstadt, Germany.

This globally recognised qualification equips professionals with the practical skills to deliver high-performance building envelopes to Passivhaus standards — a key part of driving more sustainable construction practices.

At Metal Technology, this achievement reinforces our commitment to supporting the future of energy-efficient building through our Passive House product range and expert technical guidance.

Well done, Tony and Chris, on becoming Certified Passive House Tradespeople — a fantastic milestone for both of you and for our team!

Metal Technology will be a lead sponsor at this year’s UK & Ireland Passivhaus Conference, which is due to take place in October in Belfast. 
 
We are looking forward to showcasing our Passive House products at this key event which is taking place this year right on our doorstep in Northern Ireland. From inspiring talks from industry experts to ground-breaking case studies, it will be an unmissable event.

To read more on Metal Technology’s Passive House products and to download our Passive House brochure, please visit: metaltechnology.com/passive-house

Metal Technology Ltd was a lead sponsor of the 2025 RSUA Design Awards, which took place on Thursday 8th May at Ulster University, winner of 2024’s Building of the Year prize. Our Business Development Manager, Tony Rosbotham was in attendance and is pictured below with winners McGurk Architects for their regeneration of New Gate Arts and Culture Centre in Derry.

This year, the Liam McCormick Building of the Year prize went to the new Queen’s Business School Student Hub by TODD Architects and Katie Stringer, architect at Belfast practice Studio idir, was named RSUA Rising Star.

We’re delighted to continue our sponsorship of this inspiring event – a huge congratulations to all the nominees and winners!

Metal Technology Ltd was proud to showcase our market leading Passive House Systems at an event that brought together the brightest minds driving sustainable building solutions.

It was a fantastic opportunity to connect with industry leaders, share insights, and meet so many amazing people who are passionate about the future of zero-emission buildings.

Thank you to everyone who stopped by our stand, we’re looking forward to what’s next!

Having achieved Platinum Level in Business in the Community’s 26th Annual NI Environmental Benchmarking Survey (NIEBS), Metal Technology Ltd was listed as one of the Top 40 Performers of 2024. This month, we were delighted to attend the NIEBS Top 40 Performers event and 2025 Survey launch at Belfast Harbour.

Metal Technology’s Technical & Sustainability Manager, William McIlvenna, says: 

“It was fantastic to take part in roundtable discussions and listen to businesses share various strategies for reducing their environmental impact and delivering on their sustainability goals. An inspiring and brilliant event by Business in the Community Northern Ireland showcasing the great work taking place in N.I.”

As a leading supplier of aluminium windows, doors and curtain walling systems, including market-leading solutions tailored for Passive House construction – we have created a CPD seminar titled:

Passive House Design – Aluminium Façade Systems

The presentation will allow architects and façade professionals to strengthen their understanding of the key elements in Passive House design in aluminium façades and gain an insight into the requirements within this sector.

The main aim of the CPD is to provide an understanding of the following areas relating to Passive House and Aluminium Façade Systems:

– Passive House Standard

– PHPP – Passive House Planning Package

– Solar Heat Gain

– Façade U-Values

– Thermal Bridges

– Ventilation

– Installation

– Airtightness

– Key design elements in relation to Passive House

– Relevant UK standards and regulations to which we all need to comply as an industry

Book your CPD seminar

Please contact your regional architectural support manager, or email sales@metaltechnology.com to book your CPD seminar. Alternatively click the ‘Book Seminar’ button on the RIBA CPD webpage.

We look forward to delivering this seminar to you soon.

The Nebula project at Milton Park is a cutting-edge, sustainable development of seven properties across three buildings, providing high tech research and development (R&D) workspace with offices. The almost 80,000 sq ft scheme has been designed to the highest standards, focusing on the use of environmentally conscious materials to reduce its carbon footprint, saving 686 tonnes of CO₂.

Designed by SRA Architects and delivered by main contractor Barnwood Limited, each building is fully self-contained, featuring a reception lobby with restrooms and showers, along with a combination of first-floor office space and ground-floor production areas.

A range of Metal Technology’s high-performance, architectural glazing products were installed by trusted fabricator Dudley’s Aluminium, contributing to the project’s high quality and sustainable design.

Photography by Martin Cleveland at Martin Cleveland Photography.

See full case study

Our dedication to sustainability extends to our product offerings, with a focus on Low Carbon Aluminium to further reduce our carbon emissions:

RecycAL 4.0 – a Low Carbon aluminium billet with a maximum carbon footprint of below 4.0kgCO2/kg aluminium. Available to all fabricators at no extra cost, across our full range.

RecycAL 1.9 – for ultra-low carbon projects, this new aluminium billet offers 1.86kg CO2/kg aluminium, one of the lowest commercially available in the UK market and is manufactured with a minimum of 75% post-consumer scrap materials. Currently available on a project-by-project basis.

Speak to your regional Architectural Advisor or Business Development Manager for more information.

We recently launched our new 5-35D Hi/Hi+ Commercial Door System. Part of our THERMAL range, the 5-35D Hi/Hi+ is a landmark development within the thermally efficient commercial aluminium door market and marks a major leap forward in thermal design and technology.

In addition to providing outstanding thermal performance, the door also achieves incredibly low air permeability performance figures, a further significant requirement in meeting the Passive House door, and whole building, performance criteria, while still complying with Document M disabled access legislation and achieving PAS 24 security required for Secured By Design projects.

For further detail, view our System 5-35D Hi/Hi+ product page and product brochure.

Having achieved Platinum Level in Business in the Community’s 26th Annual Northern Ireland Environmental Benchmarking Survey (NIEBS), Metal Technology are delighted to be one of the Top 40 Performers of 2024. The survey allows organisations to be externally audited by EY and scored on their environmental efforts and performance and 132 organisations entered in 2024 – you can view the survey report here.

We are fully committed to reducing our Scope 1 and 2 greenhouse gas emissions by 50% by 2030 and are already ahead of target, as well as measuring and reducing our Scope 3 GHG emissions and reporting company-wide GHG emissions on an annual basis.

Read more about how we’re focusing on reducing our carbon footprint.

The Student Learning Centre at the Royal Veterinary College’s Hawkshead Campus is the largest single capital development project in the institution’s history, comprising teaching labs, a library, a main lecture theatre, communal areas, and informal social learning spaces.

A range of Metal Technology’s high-performance, architectural glazing products were expertly installed by fabricator Duplus Architectural Systems, to help meet the development’s stringent energy efficient standards. The project was dual colour white powder coat inside and bronze anodised externally.

See full case study

A range of Metal Technology’s architectural glazing products were installed by approved fabricator Avtek Ltd in East Calder Primary – a new, triangular-shaped primary school. The eye-catching form creates an exciting environment that celebrates the joy of learning.

We’re proud to have worked with Morrison Construction and NORR architects on this fantastic, sustainable new education facility which delivers optimum energy performance and provides a high quality and inspiring learning environment for its pupils.

See full case study

 Metal Technology continue to lead the way in Passive House education, with our Passive House products being installed in a significant number of innovative and sustainable new education facilities. We’re delighted to see the completion of one of our latest Passive House projects – Montgomerie Park Primary School in Irvine, Scotland. 

Our Passive House certified glazing systems were expertly installed by fabricator Avtek Ltd, to help meet the development’s rigorous energy efficiency standards. The new £21m school accommodates 342 pupils, providing the highest levels of thermal comfort and healthy indoor air conditions. 

See full case study

One Monday in November, we escaped the office with a trip to Prison Island in Belfast! Our staff were split into small teams and had to work together to navigate through 31 different rooms which tested their physical, mental and teamwork skills – there was great rivalry between the teams with first position changing numerous times throughout the afternoon!

The winning team was eventually declared and this year’s honours went to Richard Rutherford, Dennis Corry & David McAleese. The whole day was a great success and congratulations to the winners!

As part of our ongoing corporate and social responsibility strategy, we are committed to establishing and growing our links with education, by engaging with schools in our local area. Metal Technology are honoured to continue being an industrial ambassador for Antrim Grammar School, whose fantastic Biodiversity Committee have been tidying up some of the planting areas for Autumn and sprucing up the Greenhouse.

We’re excited to support the pupils as they learn more about the importance of biodiversity in the construction sector and how Metal Technology, through responsible land management and conservation practices, aim to contribute to the health and resilience of local ecosystems. We’re delighted to play our part in educating today’s students on the construction industry.

The Learning Places Scotland Conference | Exhibition | Awards was a glorious success, and we would like to thank everyone who visited our stand to see our range of Passive House Institute Certified Component aluminium glazing solutions.

Visitors were greeted by Metal Technology’s Garry Zinkiewicz and Connor Corry and were able to see our new System 5-35D Hi+ Passive House Door that complements our System 17 Hi+ Curtain Walling and System 5-45 Hi+ Window as Certified Solutions.

Metal Technology also picked up a Highly Commended Award for Supplier of the Year at the Learning Places Awards, recognising our considerable contribution in creating highly sustainable Passive House schools across Scotland.

Northern Ireland’s most environmentally conscious organisations have once again been revealed at an event to announce the results of Business in the Community’s 26th Annual Northern Ireland Environmental Benchmarking Survey (NIEBS).

The survey allows organisations to be externally audited by EY and scored on their environmental efforts and performance. 132 organisations entered this year and we’re thrilled and very proud to announce that Metal Technology has achieved Platinum Level in our second year of taking part. Our Sustainability Champion and Technical Support Manager William McIlvenna was there to accept the award.

The event took place in the Titanic Suite at Titanic Belfast, and it was great to see so many local businesses acting responsibly. Big thanks to Business in the Community Northern Ireland for an extremely well run event. You can view the survey report here.

We are fully committed to reducing our Scope 1 and 2 greenhouse gas emissions by 50% by 2030 and are already ahead of target, as well as measuring and reducing our Scope 3 GHG emissions and reporting company-wide GHG emissions on an annual basis.

Read more about how we’re focusing on reducing our carbon footprint.

Metal Technology’s high-performance, architectural glazing products have been used in the exceptional Nelson Place – Belfast’s largest, purpose built student accommodation scheme to date.

Designed by Fletcher Joseph Associates and delivered by GRAHAM Building on behalf of Greystar and Lacuna Developments, Nelson Place is an impressive 12-storey residential project located close to the Ulster University and provides a fantastic living and social environment. The prestigious student accommodation scheme offers 774 luxury en-suite and studio rooms and includes a sky lounge with panoramic city views, a bookable hosting kitchen for dinner parties, study rooms, a cinema room, a games room and even a rooftop running track!

Student Roost’s Nelson Place property was designed to meet the current building standards and is an exemplar Purpose Built Managed Student Accommodation (PBMSA) scheme that incorporates a zero-carbon energy strategy and high-performance building envelope. The 245,000 sq ft student residence delivers a BREEAM Very Good and EPC ‘A’ rating and in 2024, gained a Gold Green Apple Environment Award. Lacuna Developments also picked up Commercial Development of the Year for Nelson Place at the Belfast Telegraph Property Awards 2024.

Metal Technology’s architectural glazing systems were specified for the project and installed by approved fabricator, Turkington Windows and Conservatories, delivering the necessary thermal requirements (a u-value of 1.4w/m2k) across the built glazed façade and onerous acoustic performance due to its city centre location and nearby motorway.

Nelson Place welcomed students in September 2024, bringing much needed, high quality student accommodation to Belfast – a very rewarding project to have been involved in.

See the full case study

This month we had the pleasure of attending the UK Passivhaus Conference at University of Oxford hosted by Passivhaus Trust. Metal Technology’s Simon Cottee (Business Development Manager & Architectural Advisor) and Connor Corry (Senior Technical Support Technician & Passive House Consultant) showcased our Passive House certified products.

A fantastic and inspirational couple of days with insightful discussions and connecting with professionals passionate about energy efficient design. Looking forward to Belfast next year!

The former technology campus of Leeds University has been transformed into ‘Tribeka’, a high quality student accommodation development in the heart of the city’s university area in Woodhouse. Delivered by McAleer & Rushe and designed by DLA Architecture, the campus comprises 514 PBSA units in a mixture of studios and cluster apartments, and commercial units on the ground floor.

Metal Technology supplied System 17 Hi+ High Rise Curtain Walling and System 5-35 Hi+ Tilt and Turn Windows in preparation for the impressive precast façade, as well as high performance door and brise soleil systems. We’re excited to see the completion of this impressive scheme, which will bring fantastic student living to Leeds.

Read full case study

Metal Technology’s Passive House certified window and curtain walling systems were installed in the new St Columba’s RC High School and Woodmill High School, part of the new state-of-the-art Dunfermline Learning Campus.

Designed by AHR Architects and delivered by BAM UK & Ireland, the high school development is currently the largest UK Passive House education facility at over 26,000m². The schools form part of AHR’s and Fife Council’s journey to reduce energy use and carbon emissions. Our trusted fabricator NetZero Facades Ltd were heavily involved in the design process by working in collaboration with Metal Technology Ltd, BAM UK & Ireland and AHR Architects.

Read full case study

Metal Technology continues to lead the way in Passive House education, supplying its Passive House certified systems for a significant number of Passive House projects including Scotland’s first Passivhaus primary school, Riverside Primary in Perth and the £29m South West College Erne Campus in Enniskillen, Northern Ireland, which has been recognised as a UN Centre of Excellence for High Performance buildings.

Metal Technology are also supplying their Passive House products for St Columba’s RC High School and Woodmill High School – two groundbreaking schools that are part of the new, examplar Dunfermline Learning Campus. Further Passive House projects include: Currie Community High School, East End Community Campus in Dundee, Monifieth Learning Campus in Angus, Montgomerie Park Primary School in Irvine, Perth High School, with more Passive House education facilities in the pipeline.

View our Passive House brochure

Through our Climate Action Pledge and as part of our wider sustainability strategy, we have committed to reducing our Scope 1 and 2 GHG emissions by 50% by 2030. We selected 2019 as our baseline year and over the past previous two years we have made significant progress. This year we have just finalised our reporting data for 2023, and we are delighted to announce that we have to date reduced our Scope 1 and 2 GHG emissions by -35.41% .

• 2021 reduced by -14.28% 

• 2022 reduced by -18.77% 

• 2023 reduced by -35.41% 

This has been achieved through our commitment to reducing our carbon footprint throughout our office buildings, workshops, and warehouse facilities where possible, and by implementing the following changes: 

• All vehicles that are used for company cars, have been changed from diesel to either petrol, hybrid or fully electric. 

• We have also invested in three new electric forklifts which brings the total electric fleet to eight. 

• We have recently completed a full refurbishment of all light fittings in our offices which are now LED and sensor operated where applicable. 

• To help reduce the reliance on natural gas, we reconfigured our production heating system from gas to electric. 

• This new heating system, alongside the introduction of more electric vehicles, has been supplemented through the installation of a new 100kW solar panel array, which complements our original 150kW system first installed in 2014. The new solar panel system also has the capability of battery storage for any excess electricity produced. 

• For the electricity that we need to import from the grid, this is from a “Green Tariff” provider, further helping to reduce the impact of running our operations. 
 
As well as these successes achieved in reducing our Scope 1 & 2 emissions, we have also commenced on the process of measuring and reducing our Scope 3 GHG emissions, and we now also report companywide GHG emissions on an annual basis. 

We look forward to working in collaboration with other NI businesses, as well as our supplychain and stakeholders, to address the critical issue of climate change, and in our continued partnership with Business in the Community Northern Ireland (BITC(NI)).

Click here to view Metal Technology’s 2023 Carbon Footprint Report.

We’re delighted to announce that Metal Technology Ltd has been named a finalist in the One-to-Watch category in the prestigious Business in the Community Northern Ireland Responsible Business Awards 2024! We’re looking forward to attending the awards ceremony on 5th September at ICC Belfast. Huge congratulations to all fellow finalists – what an achievement! See the full list here.

Having also achieved Gold Level in last year’s NIEBS, in our first year of entering, we are very proud to be shortlisted for this award, which recognises our significant progress in the development and implementation of our Sustainability and Corporate Responsibility (CR) Strategies.

Designed for use in high rise or multi-storey applications, Metal Technology Ltd’s new 17-65 Silicone Pointed 65mm curtain walling system has been developed as an extension to our standard System 17-65 65mm High Rise Curtain Walling, adopting the same stick built assembly process with overlapping transom to mullion connections with bespoke glazing inserts and retaining lugs, which offer flush vertical and horizontal joints.

This new system provides greater clearance for the glass units to move within the curtain walling profiles when compared with the System 17 SP 50mm suite. The system has been designed with a range of structural mullions and transoms from 50mm to 225mm, allowing architects and designers a variety of aesthetic solutions.

✅ CWCT dynamically tested and to BS EN 13050 for weather performance.

✅ Designed as a ‘Stick’ built system, giving optimal creative freedom through a range of profiles and technical options, whilst meeting security and specification requirements.

✅ Various finishes can be provided internally and externally.

✅ Expansion joints are allowed on every floor or every other floor to accommodate any building movement.

✅ Specialist glazed units from 32mm to 54mm can be achieved.

✅ Black neutral cure silicone gives a flush finished façade and bespoke thermally broken profiles also provide a flush perimeter detail.

✅ The system is designed to aid compliance with the latest thermal requirements of the current building regulations, in conjunction with the correct glass specification.

Visit our Product page on System 17-65 SP for further information.

We are committed to reducing our scope 1 and 2 greenhouse gas emissions by 50% by 2030,  as well as measuring and reducing our scope 3 GHG emissions and reporting company-wide GHG emissions on an annual basis. We look forward to working in collaboration with other NI businesses to address the critical issue of climate change.

Metal Technology’s Managing director Calvin Wilson commented :

“We have, for some years, had a strong focus on reducing our carbon footprint, and initially introduced solar panels to reduce our energy consumption in 2014. This has now gathered pace and this year we will introduce an additional 100KW system, which will have the added benefit of battery storage for electricity we are producing, but not consuming, with a programme to enhance this further in 2024.

This is in line with our environmental strategy, with all company vehicles ordered from 2022 being fully electric or Hybrid. We have also recently ordered a further 3 electric forklifts which will mean our fleet of 8 trucks will be all electric by the end of 2023. We have renewed our electricity contract which is from a green energy source, further demonstrating our long-term commitment. All electric lighting within our offices and warehouse facilities will be LED. Packaging is also being minimised and sourced from recycled materials.

The introduction of our new Passive House range of windows, doors and curtain walling is testament not just of our processing commitments but also to the built environment. We are excited to be part of the BITC community with so many like-minded companies and are confident in achieving our goals well in advance of our target date. So, let’s collaborate on climate change – it’s our future.”

At Metal Technology Ltd, we are continually looking at ways to improve our business operation in line with our Sustainability Goals and Net Zero Strategy. The latest step we have taken on this journey, is to become a member of CAB’s Closed Loop Recycling Scheme (CLRS)
 
By participating in the scheme, we will return our scrap data to the Council for Aluminium in Building (CAB) on a monthly basis, and in doing so, all scrap aluminium will be sent to an approved smelting facility and reprocessed to create new billets and extrusions within a closed loop system. This means that the content of the metal is easier to control during recycling, thereby ensuring that profiles can be recycled into profiles, for example.  
 
Rather than wait for closed loop recycling to become mandated, Metal Technology has decided to get involved in this exemplar programme now and become part of the circular economy. Recycling aluminium uses 95% less energy than producing aluminium from raw materials, saving 97% of green house gas emissions.
 
Combined with our current commitments to reducing our carbon footprint and GHG emissions, we feel that this is not only a strong demonstration of our sustainability credentials, but also highlights the need to reduce the embodied carbon content of aluminium extrusions used in projects. Pre and Post-Consumer Scrap is an important resource and all efforts should be taken to maximise the quantity and quality of recovered aluminium scrap in the UK, to continue to build the circular economy of the future.
 
For more info on our commitment to environmental matters, visit our Sustainability page

As part of Metal Technology Ltd’s continual process of product improvement, we are delighted to advise you of the introduction of our TRIPLE TRACK System 25 Hi / Hi+ Thermal Lift and Slide door suite.

The 3-pane sliding stacking configuration allows the 1st and 2nd panes to slide behind the 3rd in order to achieve a substantial double pane opening, while still maintaining slim door frame sightlines.
 Maximum door leaf heights of 2800mm and door leaf widths of up to 2100mm are achievable in both the twin and triple track door configurations, with a maximum sash weight of 200Kg.

Both the twin and triple track doors have been successfully tested to BS 6375 for weather tightness and achieved results in excess of 600 Pa for air and water penetration, making the System 25 door suite suitable for use in even the most exposed locations within the UK and Ireland. System 25 Hi / Hi+ has also been successfully tested to the PAS 24 security standard and is approved for use in Secured By Design projects in both double pane and triple track configurations.

We have also introduced a triple glazed option to our standard twin track system with unit thicknesses up to 55mm and achievable door U values as low as 1.2 W/m2K.

To access the latest System 25 Hi / Hi+ brochure incorporating these options please click here

To access the System 25 Hi / Hi+ technical manual incorporating these options please click here

Our LogiKal estimating and production software has already been updated to incorporate these changes.

The £60.5m education campus project comprises four new education buildings: Winchburgh Academy – a 660 pupil non-denominational secondary school, Sinclair Academy – a 660 pupil denominational secondary school, Holy Family Primary School – a 231 pupil replacement primary school with nursery and a shared community sports block.

Delivered by Morrison Construction for West Lothian Council and its development partner, Hub South East Scotland Limited, the project was built in response to a significant new housing expansion in the area. Metal Technology Ltd performed an intrinsic technical role in the collaborative design approach with both Ryder Architecture and jmarchitects, supplying its high performance range of architectural glazing systems via approved fabricator Albann Limited. Metal Technology products installed were: System 17 Capped Curtain Walling, System 5-35 Hi+ Tilt & Turn Windows, System 4-35 Hi+ Casement Windows, System 5-20D Hi+ Thermal Doors and System 22 Brise Soleil.

Two of the buildings have been shortlisted in the Scottish Property Awards taking place next month – Winchburgh Schools Campus is a finalist for Development of the Year while Winchburgh Sport and Well-Being Hub is a finalist for the Architectural Excellence Award. An impressive scheme to have been involved in, delivering brilliant new educational facilities for the young people of Winchburgh. Well done to everyone who contributed.

(Photography – Cadzow Pelosi)

Aster House student accommodation has been recently completed by Farrans Construction for Chicago-based client CA Ventures (managed by its in-house property management company, Novel Student), offering a mixture of 253 en-suite bedrooms and studios across five-storeys.

A stylish and peaceful ‘green’ living space echoing the nearby Botanic Garden, the building provides its residents the ideal escape from the fast pace of university life. Beautifully furnished rooms, games areas, communal lounges, a gym and a karaoke room, make Aster House a sought-after home for students.

Described by Farrans as a “technically challenging” and “complex” build, the company’s design responsibility extended to dealing with the planning authority along with responsibility for fire and, importantly, acoustic considerations due to the nearby railway. There was also an agreement with Translink not to impact on the public transport route. Metal Technology Ltd’s architectural glazing products were specified via approved fabricator D & K Architectural Systems Ltd, to deliver the following high-performance characteristics required of the build:

– Thermal requirements require a u-value of 1.4w/m2k to be delivered across the built glazed façade.

– Onerous 46dB RW Acoustic performance required of the project façade due to its location to motorway traffic 24/7.

Metal Technology products used in the scheme were: System 17 Curtain Walling, System 5-35Hi+ Thermal Tilt & Turn Windows, System 5-20DHi+ Thermal Heavy-Duty Doors and System 23 Glazed-In Louvres.

A very rewarding project to have been involved in, bringing much needed, high quality student accommodation to Belfast. For more information on our solutions for the student accommodations market please follow this link to our dedicated brochure and case studies

The £21.7m landmark building opened its doors in February this year, offering the Clydebank community access to a wide range of health and social care services under one roof. With 47,000 registered patients, the first-class facility houses 300 NHS staff and boasts the latest in digital and medical technology.

Metal Technology Ltd’s high performance glazing systems were utilised in the new Clydebank Health Centre through our trusted fabricators Avtek Ltd. The products used were: System 17 standard and projecting cover caps, and flush silicone pointed jointed curtain walling, System 5-35Hi+ T&T windows with integrated proprietary external LV023 Barrier panels and System 5-20DHi+ thermal doors.

The blueprint was designed by Anderson Bell & Christie for NHS Greater Glasgow and Clyde through their development partner hub West Scotland. It was constructed by BAM Construction and is built on the site of the former John Brown’s shipyard. Designed with the local landscape in mind, the art work inside celebrates the Old Kilpatrick Hills and the architecture showcases a Clydebank landmark, the Titan crane.

The new Health Centre is the much-anticipated ‘centre point’ of the Queens Quay regeneration project. As well as six GP surgeries, it will be home to physiotherapy, treatment rooms, podiatry, Care at Home, mental health services, sexual health services and more. It’s the second building completed within the Queens Quay Master Plan and together with Queens Quay House, West Dunbartonshire HSCP’s new residential care home, completes the Queens Quay Health Quarter.

We’re very proud to have been involved in this beautiful, purpose-built healthcare facility for the Clydebank community.

On the 15th of June, the latest changes to Part L of the building regulations comes into effect throughout England. These latest changes are intended to reduce carbon emissions from our buildings by a further 31%, compared to current levels, and have significant implications for the design and construction of our buildings, including the windows, doors and curtain walling.

Now that we have your attention, please be assured that there’s no need to panic just yet. There will be a 12 month transitional period whereby the current 2016/18 Document L regulations will continue to apply to any building which is subject to a building notice, full planning application or initial notice submitted before 15 June 2022. Provided the building work is started before 15 June 2023. The exception to this will be any domestic projects which fall under a ‘competent persons scheme’, such as FENSA, for replacement windows or doors in existing buildings. Such projects will be required to comply with these latest 2022 Document L requirements, as of the 15th of June.

* Doors with >60% internal face glazed.

Metal Technology’s current Therm_Al range of window and door systems, in conjunction with the correct glass specification, are designed to achieve compliance and exceed these latest 2022 Document L thermal requirements of the building regulations. We continue to develop new systems and improve our existing systems in order to meet and exceed these latest changes. We are constantly researching and developing new ways and new materials to help improve the thermal performance of our systems. These latest changes in the Document L building regulations are a further positive step towards the construction industry’s drive to decrease emissions by 75% in 2025 and to reach its nett zero target by 2050. At Metal Technology we are focused on the continual development of our glazing systems and on ensuring our customers have the products available to meet the thermal challenges that lie ahead. In the coming weeks we will be releasing further details on the new and exciting products we’re launching in order to further future proof our systems and enable our customers to meet and exceed the thermal challenges of Passive House.

Some recent shots of “Silk Mill”, the new purpose-built Novel Student Accommodation in Fountainbridge, Edinburgh – looking fantastic against a crisp, blue sky! Metal Technology Ltd supplied a range of high-performance architectural glazing systems through approved fabricator Avtek Ltd.

The project was designed by Fletcher Joseph Associates and delivered by Watkin Jones Group. The building contains 225 rooms and includes a variety of recreational facilities to enhance student living, including a breakfast bar, gym, karaoke and gaming rooms and designated areas for dining and studying.

For more information on our solutions for the student accommodations market please view our dedicated brochure and case studies

The new three storey Madras College opened its doors last Autumn, bringing together 1,450 pupils into one single-site secondary school with 15,320sqm of new facilities, including outstanding sports provision. It’s fantastic to see these shots of the build glistening in the autumnal sunshine.

Designed by AHR and delivered by BAM Construct UK for Fife Council, the project incorporated Metal Technology Ltd’s high-performance curtain walling, windows and doors through approved fabricator Avtek Ltd.

The college has achieved a ‘Platinum Standard’ sustainability level, measured against Fife Council’s own ‘Sustainability Checklist’, exceeding BREEAM standards. The landscape strategy incorporates the protection of biodiversity, through planting native trees, grassland and wildflowers.

We’re delighted to announce Metal Technology Ltd’s involvement in the £233m Baird Family Hospital and Anchor Centre healthcare project in Aberdeen for NHS Grampian, designed by NORR architects and delivered by GRAHAM Building.

This fantastic scheme will result in two new buildings being opened on the site in 2023 to support and enhance the provision of clinical care, as well as state-of-the-art research and teaching facilities.

We’re looking forward to supplying our range of high-performance glazing systems for this prestigious project through approved fabricator Avtek Ltd.

We were delighted to once again sponsor Architecture Night as it returned to its usual social event this year and what a wonderful evening it was. The Royal Society of Ulster Architects’ annual celebration of local architecture took place in the Banana Block at Portview Trade Centre. Once the largest flax tow spinning mill in the world, this building is soon to be launched as a banana field and living museum. Thank you to the RSUA for a great night and congratulations to all nominees and winners!

With ‘building back greener’ at the heart of the Prime Minister’s strategy to rebuild Britain post-lockdown, Calvin Wilson, MD at Metal Technology, talks to Total Fabricator about the company’s extensive efforts to increase sustainability and reduce its environmental impact.

How sustainable is aluminium?
As one of the most abundant elements on earth, with its infinite recyclability, strength and lightness, combined with aluminium’s durability and low maintenance qualities, it’s one of the most sustainable building materials available.

What percentage of the metal used in Metal Technology products is recycled?
As part of the company’s agreed programme of sustainability, approximately 70% of the extrusion used in the production of Metal Technology’s glazing profiles is recycled. This metal requires only 5% of the energy necessary for the production of primary aluminium, with a consequent reduction of 95% in the green house gases produced, improving our environmental footprint.

Tell us about Metal Technology’s commitment to waste reduction
The business is committed to minimising all waste, both within the company and our activities, as well as through the supply of our range of window, door, curtain wall, brise soleil and louvre systems. Through our ISO14001 environmental quality accreditation, we have been able to reduce the impact of our operations on the environment year on year and bench mark ourselves on this basis.

What other related accreditations does Metal Technology hold? What do they demonstrate and how were they achieved?
We are also certified to BES6001 for responsible sourcing of construction products. This enables us to work within a framework which analyses and assesses your supply chain, ensuring that the products used in the manufacture of our product range have been responsibly sourced with traceability, using a documented environmental and sustainable management system.

Tell us about Metal Technology’s implementation of Environmental Management Plans
Implementing environmental plans are not just about seeking and securing accreditation. It has to be an ethos in the business, from the recycling of waste paper, to the use of solar energy, to the packaging you use, the logistics methods you implement to transport your goods to your energy consumption as a business and as individuals.

What criteria does Metal Technology use in developing its energy efficient products and systems?
Over the past 25 years the thermal and acoustic efficiency of aluminium window, door and façade systems has increased fourfold. So thermal efficiency is key to any new product development. However, this must also be married with a design which can be adapted while offering optimum performance, while still maintaining a value engineered solution. Our THERMAL range of window and doors is testament to that philosophy.

Metal Technology glazing systems are featured in the new headquarters of the Department of Agriculture, Environment and Rural Affairs (DAERA). How did the system help to optimise the project’s sustainability and energy efficiency?
We were asked to be involved at the early design stage of the project. The overall build was 5175m² with bespoke brise soleil used on the south facing elevation. The project was to achieve a BREEAM rating of excellent and U-values of .85 W/m²K. We were able to achieve this in a combination of curtain walling and window configurations, with the building picking up a number of awards, winning CEF Construction Excellence ‘Commercial Project of the Year’ in 2018 and the ‘Design through Innovation’ award at the RICS NI Awards 2019.

Read Total Fabricator’s Aug-Sept issue here

One of London’s largest privately owned hospitality operators, Marlin Group, has opened its first state-of-the-art hotel in Dublin’s Bow Lane, right in the heart of the city.

The €55 million innovative and contemporary development was designed by architects Cantrell Crowley and built by McAleer & Rushe. The 110,000 sq ft Marlin Hotel comprises of 7 storeys over a 2 storey basement, with 300 modern bedrooms, an extensive bar and restaurant area on the ground floor, as well as a gymnasium, meeting rooms, internal courtyard and an outdoor terrace. The development also includes a retail unit at ground floor level and ancillary space at basement level.

The building has a distinctive triangular shape, with the hotel entrance located at its ‘point’. The glass and aluminium exterior was constructed using Metal Technology’s System 17 curtain walling, capped and silicone pointed. Metal Technology worked with fabricator and installer OAS and developed a range of bespoke extrusion profiles which clipped together to create 500mm integrated horizontal and vertical feature fins, providing interest and adding privacy to the bedrooms. Simultaneously, the profiles also reduce the cooling load on the building by providing solar shading along the façades. To reduce the impact on the surrounding areas and in particular, the protected structures in Aungier Street, the top two levels of the building are set back and fully glazed. Metal Technology’s System 4-35 Hi+ casement windows and System 5-20D Hi+ doors from the  range were also used in the development.

Described as the “first of its kind in Ireland”, Marlin Hotel’s rooms range from compact luxury to interconnecting suites, kitted out with the latest high-tech features such as HD Smart TVs, Bluetooth speakers, LED mood lighting and automated black-out blinds. The thoughtfully designed lobby area offers guests a self-service check in or a more personal welcome by the Front of House team.

Used in isolation or in an integrated scheme, Metal Technology systems provide reliable structural integrity, weather performance, thermal enhancement and security, together with creative and design freedom to deliver superb results, as evidenced by this stunning hotel project.

Metal Technology are delighted to be involved in this significant 1,480-bed student accommodation project for the University of York, designed by Sheppard Robson architects and delivered by Graham Construction. The ongoing £130 million flagship scheme will transform the Heslington East Campus. Metal Technology have supplied their 535Hi+  Tilt and Turn window suite from its range of architectural glazing products to help create this fantastic “Campus of the Future”, which is being fabricated and installed by APiC UK .

York’s unique heritage has been a core consideration in the planning and design of this development, with the accommodation maximising views of the lake and surrounding parkland. Embracing Modern Methods of Construction, the development will include pre-fabricated sandwich panels, integrating external brick finish with Metal Technology’s windows, which included the development of a bespoke extrusion.

See below for further visuals of this major new student residential development.

For more information on our solutions for the student accommodations market please follow the link to our dedicated brochure and case studies > Student Accommodation Brochure

Metal Technology are pleased to announce the addition of a 120mm panel adaptor option to complement our System 24 Kingspan Panel Adaptor system. This extremely versatile product is now compatible with 70mm, 80mm, 100mm and 120mm Kingspan panels and can accommodate window systems 4-35 Hi / Hi+ casement and 5-35 Hi / Hi+ Tilt and Turn  range.

Extruded to our exacting high standards, often exceeding the requirements of BS EN 12020-2 and incorporating high performance polyamide thermal break profiles, this system has been successfully tested to meet and exceed the requirements of BS 6375 Part 1 to 600Pa air, 600Pa water and 2400Pa wind resistance.

Our unique range of inserts, expansion joints, deflector profiles and extruded flashing components, included with the system, allow it to be incorporated in a variety of Kingspan Panel configurations while accommodating the cladding system’s drainage and not compromising performance.

Our LogiKal estimating and production software has been updated and should you require any further information please contact our estimating, technical departments or your area manager.

View our System 24 product page.

65mm Capped Curtain Walling System

As part of our ongoing policy of product development Metal Technology are delighted to announce the launch of our new System 17-65 Curtain Walling.

Based on our successful System 17 Curtain Walling, this latest system also adopts the same stick built assembly process, with overlapping transom to mullion connections and incorporates many of the same manufacturing and installation principles used within our System 17. System 17-65 is based on 65mm wide mullion and transom profiles. This allows it to facilitate greater glass movement, caused by increased differential mullion movement often associated with large floor slab spans, greater floor slab deflection, taller glass units, and larger building movement often found in modern high rise buildings.

The system incorporates a suite of structural mullion and transom profiles, ranging from 50mm to 225mm, along with a range of projecting cover cap options. A flat pressure cap also offers a cost effective alternative to silicone pointing while still accommodating increased building movement without compromising on glass cover and the performance of the system. The system can accommodate up to 54mm thick glass units, in 1mm increments, to facilitate a wide variety of double, and even triple glazed units to help facilitate even the most demanding thermal, guarding and/or acoustic requirements.

Testing & Features

The system has been designed to provide a level of weathering performance suitable for any location within the UK and Ireland. The system has been tested to BS EN 13050 for weather testing, and met the requirements of the CWCT dynamic weather test for curtain walling systems.

Successfully CWCT hose pipe tested, impact tested in accordance with CWCT Section 15, BS EN 13049, and BS EN 14019, and acoustically tested to BS EN ISO 10140-2.

System 17-65 has been successfully tested for enhanced security performance in accordance with PAS 24 Annex C using a method of glass retention that can be applied across the full range of glazing options.

System 17-65 has already been programmed into our LogikAl estimating software and can be easily selected as a curtain walling option.

For further information, fabrication and installation details please click the link below to download our System 17-65 technical manual, test certification and brochure.

View System 17-65 product page

Following on from the achievement of BES 6001 in 2018, the framework standard for responsible sourcing, aluminium systems manufacturer Metal Technology has gained certification for the new global standard for occupational health and safety ISO 45001. This accolade is recognition of our commitment to making our workplace a happier and safer place by actively facilitating continuous improvement of our employees’ morale, safety and performance.

In our continual pursuit of excellence in all aspects of our business, these achievements, combined with Metal Technology’s product quality and comprehensive testing of systems, as well as our existing accreditation to quality standard ISO 9001 and environmental standard ISO 14001, demonstrate that our company is built around best practice. Our aluminium systems can be specified with confidence for performance, structurally, aesthetically and ethically.

Metal Technology’s Managing Director, Calvin Wilson commented:

“We are delighted to have achieved this standard that validates the extent to which we have all, from management down to our manufacturing facility, concentrated on developing a robust occupational health and safety (OH&S) management system that is effective in minimising risk and proactively improving our performance in preventing injury and ill-health, both mental and physical. We have excellent staff and they have been actively engaged in implementing these stringent operating systems, systematic processes and controls and we are already seeing the benefits. Having an efficient management system that is purpose-designed to reduce health and safety risks within our workplace and puts the protection of the health of our people at the forefront, ultimately helps us underpin our competitiveness in the marketplace”.

The Earl Grey building is a £14m, five storey development offering 50,000 sq. ft of Grade A office space, with two retail units on the ground floor. Situated in a prime location with panoramic views over the River Tay, Earl Grey is part of the ongoing £1 billion regeneration of Dundee Waterfront, one of Scotland’s largest urban developments.

Part of the broader development on the site, which includes 67 apartments for private rent and a 120 bed hotel, this regeneration of the Waterfront for Dundee City Council is designed to attract more businesses and tourists to this area of the city. The building is opposite the newly opened state-of-the-art train station and visitor magnet, the V&A Museum.

Designed by Glasgow architectural practice Cooper Cromar and built by Robertson Tayside, the project utilised Metal Technology’s System 4-35 dual colour Casement Window, System 17 Capped high rise Curtain Walling and System 17 Silicone Pointed high rise Curtain Walling.

All Metal Technology’s systems are designed to perform seamlessly together to deliver the desired aesthetic and performance standards. Used individually or together, they offer complete design flexibility for creative expression with the assurance of value engineered structural, weather and security performance.

Our very own Quality Control Manager, Pam Peard, and her badminton doubles partner, Sian Williams, took home Gold in the Over 50 Women’s Doubles at the 2020 Swedish Open in Sollentuna last month. We’re proud to be sponsors of Pam and Sian – huge congrats to you both on this recent win!

The duo have achieved outstanding success during their partnership of over 30 years, consistently medalling against the world’s best players. In 2019, they were also Bronze medalists at the World Senior Championships and are the reigning champions of the All England Open Women’s Doubles Over 55 tournament.

Many cities throughout the UK have seen a proliferation of high spec student accommodation and Metal Technology’s range has proved extremely popular for such applications. In Belfast 123 York Street, with its varied and complex façade interfaces between cladding and glazing showcases Metal Technology’s latest architectural glazing technology.

The front entrance screen utilises a 230mm mullion construction which enabled the main entrance to be free of visual structural steel, a key element of the design as specified by project architect Gavin Sloan of RMI and the building has been awarded Belfast Telegraph’s “Commercial Development of the Year”. This commanding entrance was achieved using Metal Technology’s System 17 curtain walling and System 5-20DHi+ Heavy Duty  Doors. The project also used the performance and operational benefits of System 5-35Hi+ Tilt & Turn  Windows using perimeter locking combined with ventilation benefits, System 10 Automatic Sliding Doors and System 26Hi+ Bi-Fold  Doors.

The area around the new University of Ulster campus in York Street, in Belfast City centre is being transformed with new campus buildings rising up to 16 storeys which is redefining the skyline. The 12 storey 407 bed managed student accommodation scheme, on a site adjacent to the expanding campus is welcoming many of the 11,000 students relocating to the city centre.

123 York Street was conceived to offer students an opportunity to define their experience by choosing their own path from tenancy length and room option to student-led events and career advice and the building’s sharp architectural form has clear design integrity in this maturing cityscape.

All Metal Technology’s systems are designed to perform seamlessly together to deliver the desired aesthetic and performance standards. Used individually or together, they offer complete design flexibility for creative expression with the assurance of value engineered structural, weather and security performance.

Huge congratulations to the team at ARCEN who were awarded the coveted title at the prestigious Building and Architect of the Year Awards in Dublin. The architecture and planning firm took home the title of Building of the Year in the small office category for their work on Cookstown-based headquarters for engineering firm, CDE Global, a project that Metal Technology are proud to have been part of.

ARCEN, who are committed to designing innovative buildings that are socially, economically and environmentally responsible, were one of only two Northern Irish firms to be shortlisted in the respected awards.

Metal Technology provided specialist glazing systems for the development, offering a diverse range of profiles for an aesthetic and cohesive appearance, whilst also providing structural integrity, weather performance and thermal enhancement.

The finished site is the world’s largest campus dedicated to the wet processing of materials in the sand and aggregates, mining, construction and demolition waste recycling, industrial sands and environmental sectors.

CDE Global Photo Credit: Aidan Monaghan

Leading aluminium systems manufacturer, Metal Technology, has been certified to the BES 6001 Framework Standard for Responsible Sourcing of construction products.  This standard enables construction product manufacturers to ensure, and then prove, that their products have been made with materials that have been responsibly sourced. The standard provides a framework for the organisational governance, supply chain management and environmental and social aspects that must be addressed in order to ensure responsible sourcing.

BES 6001 certified affirms and endorses Metal Technology’s sustainability credentials and, taken together with the product quality, the comprehensive testing of systems and existing accreditation to quality standard ISO 9001 and environmental standard ISO 14001, reassures customers that they can specify Metal Technology architectural aluminium systems with confidence in their performance on all levels, structurally, aesthetically and ethically.

Metal Technology’s Managing Director, Calvin Wilson (pictured right) who received the certificate from Leo Tinnelly from the British Standards Institute, commented: “We are delighted to have achieved BES 6001 as a further endorsement of our commitment to sustainability throughout every part of our business.

“Of course, with a business based on aluminium, a one hundred percent recyclable material, we have a head start, however, this latest accreditation demonstrates that sustainability is at the heart of all our business operations, from production to transport and head office operations.”

Metal Technology routinely monitors and manages every aspect of its operations from an environmental impact viewpoint and consistently drives performance improvements. For example, greenhouse gas emissions have been reduced by 9.29kg/tonne of product by utilising solar power, a 6% reduction in emissions per tonne. The in-house transport fleet is also being reformed to reduce emissions and is in the process of being upgraded to lorries with Euro VI emissions class engines.

High-performance curtain walling, windows and doors from leading aluminium systems manufacturer, Metal Technology, have helped shaped iQ-style student living at Elgin Place on Glasgow’s Bath Street. The development, named from the church which previously occupied the site, offers 330 rooms in a variety of configurations over 14 floors with a large ground floor retail space. The building incorporates social spaces, including a rooftop bar, snugs, gym, gaming rooms and a creative studio.

Metal Technology System 17 was used in three variants for the curtain walling screens and rooflight: Silicone pointed, flat cap and capped. A special concealed vent was utilised to complement the ascetic design. Systems 4-35Hi+ casement and 5-35Hi+ tilt-and-turn windows and System 5-20D doors were also used throughout the building. Working with the fabricator, Metal Technology developed a flat cap solution for the curtain walling from levels 7 to 13, this met the architects design requirements while offering a value engineered alternative to their silicone pointed system.

Used in isolation or in an integrated fashion, as in Elgin Place, Metal Technology systems provide reliable structural integrity, weather performance, thermal enhancement and security, together with creative and design freedom to deliver superb results.

Leading aluminium systems manufacturer, Metal Technology, supplied a full suite of façade, window and door solutions for Catherine House in Portsmouth, which provides high-specification housing for 1000 students.

The two-year McAleer & Rushe design and build project completely transformed the existing Zurich House on Stanhope Road, with a complete refurbishment and the construction of an adjoining building. In addition to student rooms in a variety of clusters, Catherine House contains a reception, common room, cycle storage, car park, sky lounge and shops. The development was awarded International Project of the Year in the Irish Construction Industry Awards in 2018.

Catherine House features Metal Technology’s System 17 curtain walling in both capped and silicone pointed variants with System 5-35Hi+ windows complemented by System 5-20D Hi+ doors externally, with System 10 doors specified for internal use.

Metal Technology systems are designed to perform seamlessly together to achieve the desired look and performance standards. Used individually or together, they offer complete design flexibility for creative aesthetics with the assurance of superior performance, structurally, thermally, acoustically and in terms of safety and security.

As part of continuous product development, Metal Technology has released a new lug that has been designed to work with short leg outer frames. The new lug design allows the fitting of high-performance adhesive tapes, offering an optimal solution for the bonding of permanent, airtight or vapour barriers to the surrounding substructure.

Metal Technology’s Window Systems have been designed to integrate perfectly into any façade design. The wide and diverse range of profiles provides full structural integrity with high levels of both weather performance and thermal enhancement. Metal Technology’s   range utilises bespoke polyamide thermal break technology and enhanced thermal extrusions to deliver superior thermal performance. All window systems are fully SBD complaint.

Friday 27 October 2017 is Architecture Night, a superlative social and cultural evening focusing on the power of architecture to bring about positive change. Organised by RSUA, and proudly sponsored and supported by Metal Technology, the event takes place in the Kings Works in the heart of Belfast’s Titanic Quarter, Belfast.

Inspired by the Society’s 2017 study trip experience of Copenhagen Street Food and the Meatpacking District in Vesterbro, for one night only, the 102,000 square foot industrial shed will be repurposed into a social space with an electric atmosphere.

Compered by the BBC’s Ireland correspondent Mark Simpson, Architecture Night will be an evening of three parts. Part 1 will focus on the best architecture students, Part 2 will reveal the outcome of the Belfast Flare Design Competition for early career architects and Part 3 will recognise the contribution made to architecture in Northern Ireland by Colin Davidson, world renowned artist and Jane Duncan, Immediate Past President of RIBA. Each of the three parts to the evening will have its own distinctive live music and round of street food which is being laid on by Yellow Door, one of Northern Ireland’s leading caterers.

In addition to Metal Technology, the event is also supported by JP Corry, Ceco, Hays and Catnic-Steel Lintels Ireland.

Design and Build contractor McAleer & Rushe and architect Urban Innovations specified Metal Technology’s standard capped (HR) and structural glazed (SP) System 17 curtain walling , along with System 10 automatic sliding main entrance doors and System 5-20D Hi+ thermally broken manual doors to create the modern distinctive Holiday Inn look for the brand’s 298-bed hotel in Manchester city centre.

The Dexter Moren designed hotel interior blends the hallmark Holiday Inn open plan style with tributes to contemporary Manchester icons, including George Best, Morrissey and the Gallagher brothers.

Metal Technology’s System 17 offers a wide and diverse range of profiles engineered to provide full structural integrity with high levels of both weather performance and thermal enhancement, offering complete design flexibility to any application. System 5-20D doors are designed to integrate perfectly into the façade design and feature bespoke polyamide thermal break technology for superior thermal performance.

Design and Build contractor McAleer & Rushe and architect White Ink specified a comprehensive suite of Metal Technology architectural aluminium products at the new, 124-bedroom Premier Inn and adjacent Pearce Building Class A commercial office space in Maidenhead.

The development, on a brownfield site, utilised System 17 curtain walling in both standard capped and silicone pointed formats, complemented with system 5-35Hi+ windows from Metal technology’s  range and System 23 Louvres. The building also featured System 10 and System 5-20DHi+ doors.

System 17 SP (silicone pointed) was used to create a large feature glazed facade delivering an impressive visual impact. The combination of Metal Technology’s high-performance curtain walling, windows and doors offered not only a pleasing aesthetic but also structural integrity, weather performance and thermal enhancement. Metal Technology’s System 23 Louvre system complemented the overall appearance while also providing natural ventilation and preventing water ingress.

The discovery of 50 ancient graves was an unexpected feature of the project, with the delicate process of removing the remains entrusted to the Museum of London.

The Space, the performing art, technology and innovation centre for the South Eastern Regional College campus in Bangor, Northern Ireland benefits from an iconic curved façade constructed using Metal Technology architectural aluminium systems.

The new build by OHMG is formed from two blocks connected by a glass atrium. The building features System 17 curtain walling in capped and silicone pointed variants, as well as System 5-20 turn-only and System 4-20 casement windows.

System 17 was the ideal choice for The Space building as it offered the designer the design flexibility to create the curved aesthetic together with high-performance thermal efficiency and weathering. Window systems from Metal Technology all deliver exceptional performance, thermal and security and blended seamlessly into the overall design.

As a performing arts hub, acoustic performance was critical. A 300mm gap between interior glazing and the external façade created a noise buffer, enhanced by the installation of acoustic padding on glazed fixing to prevent noise transgression. In addition to achieving the acoustic specification, the building was given a Very Good BREEAM rating.

Leading architectural aluminium systems company, Metal Technology, is pleased to announce that its revised and updated ‘Windows Selection: A Specifier’s Guide’ has been added to the list of RIBA-assessed and approved CPD seminars for architects and construction professionals.

The CPD presentation, which has been a longstanding element of the Metal Technology training offer, has been updated to reflect the most recent legislation, current market trends and the latest Metal Technology products. It allows architects to assess aluminium window systems in terms of material, function and the performance values and standards required for modern buildings. Delegates will be guided through the advantages of specifying aluminium windows and doors and equipped with the knowledge to specify the correct window system for each project.

Specification guidelines include the correct window and door Security Standards for different applications, as well as an overview of glass selection to complement the window system’s security, thermal performance, solar control and acoustics. The seminar also looks at finishes and ironmongery.

Gordon McCaw, National Supply Chain & Partnership Manager for Metal Technology, commented: “Over the years this seminar has become an essential part of architects’ continuous learning and we are delighted that it is now been assessed and approved by RIBA for professional CPD. In addition to the application-specific learning, the seminar effectively highlights the infinite ‘Cradle to Grave’ life cycle attributes of aluminium as a sustainable building material.”

‘Windows Selection: A Specifier’s Guide’ is included under RIBA’s core curriculum subject, design, construction, technology and engineering. For further information, please contact Shaun Greene, on +44(0) 28 9448 7777 or shaun.greene@metaltechnology.com.

Metal Technology supplied a comprehensive suite of architectural aluminium systems which complemented the creation of a futuristic look to the world class educational facility for Ayrshire College, Kilmarnock.

The design places two legs of teaching accommodation around a central atrium, creating a mature, open series of interconnected spaces. Working with main contractor McLaughlin & Harvey and the project design team, Metal Technology supplied two variants of its System 17 Curtain Walling (capped and silicone pointed) allowing light filled spaces to become a real feature of this project.

System 10 commercial doors were used in the main thoroughfares with System 5-20D Hi+ doors and 4-20Hi+ casement windows from the   range used extensively throughout the building. These systems feature bespoke gaskets, cellular foams and polyamide thermal isolators, delivering impressively low U values.

Developed with an ethos of sustainability, the exceptional structural, thermal, acoustic and security performance of the Metal Technology systems used also contributed to the Colleges BREEAM Excellent rating, as well as the building’s Secured by Design status.

The £53million campus was built on the former Diageo site and will be used by 5,000 students each year.

Metal Technology’s commitment to the highest quality, recyclable materials with performance engineering has played its part in the Excellent BREEAM rating achieved by Arvalee School in Omagh, Northern Ireland.

The school, which caters for children with moderate and severe learning difficulties, is the first phase of a £130m project breaking new ground in shared education. The unique layout comprises a central spine with four dedicated offshoot ‘pods’ designed to maximise learning potential for children of various ages. Stringent timescales did not impact on use of the best products and  methods in creating a school which is exemplary in both its design and its environmental performance.

Systems company Metal Technology was the perfect fit for this high specification project. System 17 high rise curtain walling and 4-20Hi + casement windows glazed with clear and coloured feature glass helped create welcoming, light filled spaces. This was complemented with System 5-20D Hi+ doors externally and System 10 commercial doors in some internal spaces.

All products from Metal Technology offer exceptional structural, thermal, acoustic and security performance. The Hi +   range performance is further enhanced with bespoke thermal gaskets, cellular foams and special polyamide thermal isolators, all of which contribute to impressively low U values.

NW Architects’s brief was to transform an existing 12-storey 1970s office building in Southampton into high end student apartments: The solution was to re-clad the main tower and utilise Metal Technology’s System 17 and System 4-35Hi architectural aluminium systems, not only in the tower but also in the development of the 3-storey street frontage.

The extensive remodelling of the external envelope featured the complete design flexibility and superior, whole life performance of System 17 high rise curtain walling. A new lightweight floor constructed mostly from System 17 was also added to the street façade. This was set back from the main façade and was glazed with a combination of glass and insulated panels.

Metal Technology’s System 4-35 casement windows were used throughout the tower and street façade both in curtain walling and stand-alone applications. Part of the company’s high-performance range, System 4-35 windows utilise bespoke thermal gaskets, cellular foams and polyamide thermal isolators all of which contribute to impressively low U values. The system design also offers full security compliance and a high level of weather performance.

Designed to meet the needs of modern design and construction in an integrated package, Metal Technology systems combine to deliver complete design flexibility, achieving not only a very high level of thermal performance, but also exceptional structural, security and acoustic performance. All Metal Technology systems comply with the latest British Standards and are Secure by Design certified.

Oriam, Scotland’s new landmark £33 million national performance centre for sport has it aims set high as it hopes to inspire and develop athletes from ‘grassroots to greatness’.

A number of organisations will use Oriam including the Scottish Football Association, Scottish Rugby, Basketball Scotland, Scottish Handball, Netball Scotland and Scottish Squash and Racquetball.
This project demanded creativity in conception, excellence in construction and exemplary building performance to create this state-of-the-art centre for Scotland’s elite athletes.

Reiach and Hall Architects used Metal Technology System 17 Curtain Walling to complement the lightweight, translucent feel of this structure. The system allowed light to flood into the building externally but was also used extensively internally as glazing partitions to create an open airy feel. These large expanses of internal glazing at ground floor had to be uniquely designed to withstand heavy impact as they were located so close to the playing surfaces.

System 17 was the ideal choice for the Oriam building as it offered the designer the required aesthetics together with high performance thermal efficiency and weathering. In line with energy efficiency requirements, the project also featured System 5-20Hi+ Doors, and 4-35Hi+ casement windows, both of which are part of the high performance suite of systems from Metal Technology.

Architectural aluminium systems company Metal Technology has contributed to achieving the desired ascetic for the flagship Leeds College of Building Campus designed by Fuse (Leeds).

As a leading educator for construction, the College wanted a building that would reflect its purpose, create an exceptional learning community space, pay tribute to its surroundings and encompass the use of modern materials and construction methods.

The scheme utilised Metal Technology’s System 17 High Rise capped curtain walling and incorporated manual and automatic 4-20Hi+ casement opening vents.  System 5-20D Hi+ doors completed the range of products used. The Hi+ products used within this development are from the company’s high-performance  range.

These systems combined to deliver complete design flexibility, achieving not only a very high level of thermal performance but also exceptional structural, security and acoustic performance. All Metal Technology systems comply with the latest British Standards and are Secured by Design certified.

The West Village residential student scheme on Beith Street in Glasgow is part of a wider masterplan to create a new residential quarter with links to Glasgow Harbour. Developed by Downing and designed by Falconer Chester Hall architects, the 701 apartment complex features en-suite shared and studio accommodation overlooking the River Kelvin.

The building’s facing brickwork combines with natural stone on the most prominent corner of the site and is curved to create a landmark. This curved façade is constructed using Metal Technology’s System 17 high rise capped curtain walling and the entire building features  range System 4-20Hi+ casement windows.

Complying with the latest British Standards, System 17 provides structural integrity, weather performance, thermal enhancement and complete design versatility. The Metal Technology 4-20Hi+ casement window systems blend seamlessly and offer advantages of polyamide thermal break technology and impressive acoustic performance, achieving a 47db reduction with double glazed glass units. The building achieved full Secure by Design approval.

Metal Technology has added the latest generation Aluroller EVO polyamide insulation machine to its existing polyamide production facilities.

The Aluroller EVO, representing an investment of over €700,000, has been located in Metal Technology’s recent £2M 30000 sq ft factory extension to its existing Antrim headquarters.

The new machine, which inserts the polyamide strips in the company’s window and door profiles, uses the most advanced technology available in the market.

Using touch screen technology with ergonomic lift assist and air vacuum system to clamp the profiles the Aluroller EVO allows for less internal logistical handling, faster set up times between profiles and improved production quality with less wastage.

The machine also offers long term flexibility with the ability to insulate complex sections allowing for greater diversity as the thermal insulation of window and door profiles becomes more advanced.

Hilton Bournemouth, the latest property in the Hilton Hotels & Resorts brand, has achieved its soaring glass façade with panoramic views to the coast and across the popular seaside town thanks to extensive use of architectural aluminium systems from Metal Technology.

The thirteen-storey landmark scheme was designed by Cube in association with White Ink Architects and constructed by Northern Ireland contactor McAleer & Rushe. The building consists of a 172-bedroom 4-star hotel together with 15 exclusive residential apartments.

The extensive glazed façade with its eye-catching curves is underpinned by Metal Technology’s System 17 high rise curtain walling, complemented by a suite of systems from the company’s   range: System 4-35 Hi+ casement windows, System 5-20D Hi+ doors and System 25 Hi+ lift-and-slide sliding doors.

Utilised together this suite of systems from Metal Technology gives complete design and aesthetic flexibility without compromise on structural integrity, weather performance and thermal enhancement while offering full compliance to all relevant standards.

Sitting on the grounds of Bruntsfield House, a Grade A-listed building, sympathetic design, which respected the past but looked to the future was an essential part of the design of the 1,150-pupil James Gillespie High School in Edinburgh. To achieve that in the design and construction of the series of inspirational buildings, JM Architects specified a suite of systems from leading architectural aluminium manufacturer, Metal Technology.

The scheme incorporates System 17 curtain walling in both standard cap and T-shaped cap variants, used in conjunction with  range Systems 25 Hi+ lift-and-slide sliding doors and 5-35 Hi+ tilt-and-turn windows to create an overall aesthetic.

All systems from Metal Technology have been developed and stringently tested to meet and exceed industry standards in terms of structural integrity and functionality, weather, thermal, safety and security performance, while offering limitless flexibility in design.

The original school building, founded in 1803 by Edinburgh tobacco merchant James Gillespie, was also renovated and refurbished in keeping with its historic building status as part of the overall scheme.

Girdwood Community Hub in North Belfast brings together physical regeneration and eco-design principles in the creation of a state-of-the-art, socially inclusive centre offering leisure, community and education facilities.

Part of the overall regeneration of the former Girdwood Barracks site, the Michael Whitley Architects design achieves high levels of thermal performance without compromising aesthetics using an integrated range of products from leading aluminium systems manufacturer Metal Technology.

Both System 17 SP (silicone pointed) curtain walling with concealed vents and System 17 capped curtain walling were specified for the project, complemented with System 5-20D Hi+ doors and System 4-20D Hi+ windows from the  range.

Complying with the latest British Standards, System 17 provides structural integrity, weather performance, thermal enhancement and complete design versatility. The Metal Technology 5-20D Hi+ door and 4-20Hi+ window systems blend seamlessly and offer advantages of polyamide thermal break technology in meeting the latest thermal requirements of the current building regulations.

Opened in January, Girdwood Community Hub has already brought recognition to Michael Whitley Architects with the RSUA (Royal society of Ulster Architects) Regeneration Award 2016. The project also won ‘Community Benefit Project of the year’ at the Property Excellence Ireland Awards 2016.

Leading architectural aluminium manufacturer Metal Technology has launched System 26 Bi-Fold doors within its  range offering a premium quality product, superior performance and design flexibility in the commercial and domestic/self-build housing sectors.

Metal Technology’s high insulation Bi-Fold door has been developed to offer exceptionally low U-values while the Slimline profiles maximise daylight into the living space. With options ranging from a single door to seven opening panes offering 18 design variations and up to 6 metres in width, design flexibility is guaranteed, whatever the project.

System 26 Bi-Fold is available in ‘open in’ or ‘open out’ applications with either curved or flush profile door leaves and fully rebated or low thresholds. The result of two years product development work and rigourous testing across all aspects of performance, System 26 offers elegant and aesthetically appealing home living, combined with durability, security and energy efficiency.

System 26 Bi-Fold Door Credentials
• Door U-values as low as 1.4W/m2K with double glazing and 1.0W/m2K with triple glazing.
• Available in single or dual colour standard RAL finishes
• Stock finishes – 9016 white gloss or 7016 grey matt reducing profile lead times to 48hrs
• Severe weather tested to BS6375 Parts 1 and 2
• PAS24 Security tested options to comply with Secure by Design criteria
• Glass units 28mm DG – 50mm TG
• Door energy rating DER A+
• Sash weights up to 100kgs
• LogiKal Estimating and Production software for manufacturing, glass and U-value calculations
• Bespoke punch tooling / jigs to assist with rapid manufacture

For more information call +44 (0)28 9448 7777

Newcastle’s multi-million pound Crowne Plaza Hotel, designed by Space Architects achieves its twenty-first century look with due respect to its historic Tyneside site using architectural aluminium glazing systems from Metal Technology.

The glazed façade and striking, seven-storey atrium were constructed using Metal Technology’s System 17 capped high rise curtain walling, bringing lead architect Andy Roberts’ vision to life in terms of both aesthetic and performance. Complying with the latest British Standards, System 17 provides structural integrity, weather performance, thermal enhancement and complete design versatility.

Fitting seamlessly into the overall scheme the aesthetic and performance requirements were further complemented by use of two products from the Metal Technology  range: System 4-35hi+ casement windows and System 5-20D hi+ thermally enhanced doors.  Metal technology’s 4-35Hi+ casement window offers impressive acoustic performance achieving a 47db reduction with double glazed glass units.

The hotel forms the anchor of Newcastle’s £200m Stephenson Quarter scheme, the largest regeneration project in Newcastle in over a decade and offers 251 bedrooms and suites with nine state-of-the-art, flexible conference and banqueting rooms

Advanced architectural aluminium systems from Metal Technology have underpinned the transformation of Clifton House from 1960s office block to state-of-the-art student accommodation.

The Nord Architecture designed project in Glasgow city centre’s Park Conservation area offers fantastic spaces for living and socialising. Designed by Bo Concept – the iconic Danish designer – these student flats offer sleek modern and contemporary design combined with large communal areas including the ‘Work, Rest and Play’ area on the ground floor and breakout social spaces on the 2nd, 3rd and 4th floors.

Metal Technology’s System 17 Silicone pointed and High Rise curtain walling was used extensively thought-out the project. The end result is testament to System 17’s limitless flexibility and aesthetic appeal whilst meeting all structural requirements and delivering high levels of thermal and weather performance.

Metal Technology system 5-20Hi+ tilt and turn windows were used with turn lock handles providing additional safety in their operation by students. System 5-20D Hi+ high performance thermally enhanced doors were also specified throughout. Metal Technology Hi+ systems are part of their range, offering seamless aesthetics combined with full security compliance, impressive weather performance and greatly enhanced U values.

Extensive glazing for the Emerson Building at D2, Aberdeen has been facilitated with a suite of systems from Metal Technology, including curtain walling, windows and doors. The facility will support a range of services and solutions from both Emerson Process Management and Emerson Network Power, including a support service for customers with North Sea installations.

The design features a 2,600 square metre office accommodating sales and support, linked to a 3,065 square metre service centre. Metal Technology’s System 17 high rise, capped curtain walling system was the product of choice for the expansive glazed façade. Ultra-flexible and aesthetically appealing, this structurally engineered system offers high levels of thermal and weather performance providing a cost-effective solution for the Emerson Building’s designers.

Two products from the Metal Technology   range were also specified: System 4-35Hi+ windows and System 5-20D Hi+ high performance thermally enhanced doors.
The  suite of systems utilises bespoke thermal gaskets, cellular foams and polyamide thermal isolators contributing to impressively low U values across the range. The system design also offers full security compliance and a high level of weather performance.

The new School of Veterinary Science at Surrey University, described as ‘iconic’ by Professor Christopher Proudman, features high rise curtain walling façade and door systems from Metal Technology.

Located on the Manor Park Campus in Guildford, the Devereux Architects designed school comprises three complimentary and inter-related buildings totalling around 9000 square metres; an academic building, a veterinary clinical skills centre and a veterinary pathology facility.

Metal Technology’s System 17 capped high rise curtain walling was central to creating the design aesthetic for the flagship development, providing a structure tailored to the desired look without compromise on performance and efficiency. The end result is a clear demonstration of System 17’s limitless flexibility in design applications.
Considered a highly cost-effective, quality engineered glazing solution, System 17 complies with current British Standards and provides exceptional standards of structural integrity, weather performance and thermal enhancement.

System 10 commercial doors from Metal Technology were also used to achieve an integrated finish. The system offers single or double–action pivot doors, in both standard and anti-finger trap forms. A fully rebated option with butt hinges in double or single door leaf options is also available.

The £45 million School was officially opened by Her Majesty the Queen, accompanied by His Royal Highness the Duke of Edinburgh.