Metal Technology enhances student living at West Village

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 invests in cutting edge polyamide technology

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.