Manufacturing & Industry

DORMA Gulf unveils the ST FLEX Green Sliding Doors, an eco-friendly slender profile glass solution

ST Flex Green, a part of the DORMA ‘Think Green’ assemblies line, brings with it slender profile sliding doors that provide excellent thermal insulation

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DORMA Gulf, the trusted global partner for premium access solutions that have graced the interiors of the Dubai Metro and other landmark projects, launch the ST FLEX Green sliding door solutions that provide the highest grade of eco-friendly, slender, profile entrance routes.

ST FLEX Green, with an Environmental Production Declaration (EPD) Certificate, is designed to function as aesthetic sliding doors and also suitable for emergency exits and escape routes that incorporate energy efficiency into an elegant design. German-tested thermal insulation with energy saving regulation, EnEV 2009 and the Dual Drive technology within the system enables reliable executive of emergency exits. Harmonizing perfectly with surrounding fittings and applications, DORMA’s sliding door range meets the highest regulatory standards for smooth access solutions.

Agy Mathew, Product Marketing Manager, DORMA Gulf, said, “The ST FLEX Green sliding door system is a revolutionary system ideal for sophisticated interiors and landmark projects in this region.  Elegant sleek profiles, with no compromise of luxury is the USP of this product.The excellent interlocking side seals and top and bottom seals add more benefit to the solution.” 

The ST FLEX Green is an appealing system that brings together low thermal transmission co-efficient, making the doors energy-efficient by effectively controlling the heat transferred from outside its facility, within. Compliant with the German energy-saving regulation, the EnEV 2009, the ST FLEX Green is a very sustainable and reliable interior set-up and entrance solution designed to match with a building’s overall appeal. An impressive solution based on the FLEX profile system by DORMA Gulf, ST FLEX offers protection against draughts via circumferential seals and thermal insulation in conjunction with excellent energy-saving features for the highest stability and rigidity.

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