Windows

Energy Efficient

Energy bills are on the increase, environmental concerns are higher on the agenda than ever before and building regulations are becoming more demanding every year. Choosing a window system that offers higher Windows Energy Ratings for a lower cost therefore makes good sense.

With Liniar’s lead-free, multi-chambered profile, patented co-extruded bubble gasket, glazing flipper and thermal dam, you don’t need expensive triple glazing to achieve the highest energy ratings – the Liniar system achieves a WER of A+ with ease and a U-value of 1.2 with cost effective double glazing. The uPVC profile, or frame, in a Liniar window contains symmetrical chambers to minimise the transfer of heat from the inside of your property to the outside.

This, together with other innovative design enhancements, helps to minimise energy costs on an ongoing basis. The Liniar EnergyPlus range contains 6 chambers and can achieve a U-value as low as 0.8 W/m2K. Unlike other uPVC window systems, Liniar’s high thermal efficiency hasn’t been achieved at the expense of strength or security – the range is accredited with both PAS 24 Enhanced Security and Secured By Design status, assuring you of the highest standards.

Latest Technology

Most uPVC window systems haven’t fundamentally changed since they were first launched in the 1980s – and with uPVC traditionally requiring steel reinforcement inside the frames, energy efficiency usually had to take a back seat. But not with the Liniar 70mm system – it was designed from scratch using the very latest technology to meet the demands of today’s house building market.

This resulted in a window that’s not only strong and secure but also achieves one of the highest energy ratings – all in one system. The Liniar design team continues to push the boundaries, creating new products and enhancements to ensure the range is the most innovative and sought-after on the market.

Continued investment in design facilities, tooling and machinery ensures the very latest techniques are used to create each component within the Liniar system.

This includes the latest 3D printer to generate working models of the components to allow testing; high-tech tooling and machinery to facilitate extrusion in the most efficient way possible, and the addition of an articulated cyclic testing robot to put Liniar products through their paces.