Deceuninck unveils advanced fiber glass technology

September 16, 2013 - United States Of America

Deceuninck North America, a leading designer and manufacturer of high-quality systems for windows, doors, and outdoor living, is introducing an advanced fiber glass technology based on materials from Bayer MaterialScience.

Rovex is a polyurethane composite technology that includes bio-based materials and offers superior structural, thermal, and environmental performance.

Attendees at GlassBuild (September 10 to 12 at the Atlanta World Congress in Atlanta, Ga.) will have the opportunity to see Rovex integrated into the sash of ICON 8000 Series Doors at Deceuninck's exhibition booth (#1301).

"The Rovex technology offers superior strength, thermal performance, and chemical resistance.  That makes Rovex applicable to solutions in a wide variety of industries – in building and construction, in transportation, and in marine environments. The possibilities are far and wide," said Filip Geeraert, president and CEO of Deceuninck North America. 

"We have been using the polyurethane technology incorporated in Rovex in the production of our Innergy thermal reinforcements for some time. The logical next step was use the Rovex technology to make the sash and eliminate the need for the reinforcement altogether as will be demonstrated in the ICON 8000 Series Door sash," he added.

Rovex is the product of advanced engineering and world-class material science research, putting together Bayer's experience in custom polyurethane resin system development and Deceuninck's expertise in design and manufacturing.  The technology offers strength, stability and flexibility without using styrene or peroxide, making the end product an alternative to aluminum and traditional polyester fiberglass composites.

In addition to integrating Rovex into the ICON 8000 Series Doors, Deceuninck is offering the technology as a complete, in-house manufacturing solution.  The company provides engineering support, design and optimization; tooling and production; and custom pultrusion to meet specific production needs.