Owens Corning Licenses Award-Winning Twintex(R) Reinforcement Technology
23 Junho 2009 - 6:05PM
PR Newswire (US)
Co-mingled Glass Fiber and Thermoplastic Resin Reinforcement
Provides High Mechanical Properties with No Volatile Organic
Compounds TOLEDO, Ohio, June 23 /PRNewswire-FirstCall/ -- Owens
Corning (NYSE:OC), a world leader in glass fiber reinforcements and
residential and commercial building materials, announced today that
it has licensed its award-winning Twintex(R) reinforcement
technology to Fiber Glass Industries, Inc., Amsterdam, N.Y.
Twintex(R) technology will be used by Fiber Glass Industries to
produce GLASS POLYPRO(TM) roving and fabrics that combine glass
fibers and polypropylene filaments. The proprietary and
ready-to-use thermoplastic and glass fiber technology is designed
to produce reinforcements with high mechanical properties such as
excellent stiffness-to-weight ratio and superior impact resistance.
Twintex(R) technology also provides freedom of design and easily
recyclable products. "We are delighted to establish another source
of products made with Twintex(R) technology," said Marcio Sandri,
vice president and managing director, Americas, for Owens Corning's
Composites Group. "The additional availability of reinforcement
products made with this innovative technology will extend its use
in a variety of processes and markets." "We are proud to
manufacture a new line of co-mingled glass and thermoplastic fibers
using industry-leading technology," said Tom Bruce, director of
sales and marketing at Fiber Glass Industries. "This will allow for
continuity of supply in the U.S. for co-mingled glass and
thermoplastic roving products, and also allow us to work with our
customers to develop new applications for the products." Bruce said
production of GLASS POLYPRO(TM) roving and fabrics by Fiber Glass
Industries will begin in September. Until then, material needs will
be provided by Owens Corning. Earlier this year, an application of
Twintex(R) technology received one of the composites industry's
highest awards. The honor, awarded at the JEC Composites Show in
Paris, the world's largest exhibition for composites materials, was
for the products and technology used to make window lineals. The
breakthrough technology, using Twintex(R) co-mingled glass fiber
and polymer reinforcements, eliminated the need for steel inserts
to strengthen the parts, which allowed the manufacturer to
eliminate a separate insertion step from the process. About Owens
Corning Owens Corning is a leading global producer of glass fiber
reinforcements and engineered materials for composite systems and
residential and commercial building materials. A Fortune 500
company for 55 consecutive years, Owens Corning is committed to
driving sustainability through delivering solutions, transforming
markets and enhancing lives. Founded in 1938, Owens Corning had
sales of $6 billion in 2008 and about 16,500 employees. OCV(TM)
Reinforcements, OCV(TM) Technical Fabrics and OCV(TM) Non-Woven
Technologies are the three main business units that comprise the
Owens Corning's Composites Group. The business delivers a broad
range of reinforcement products that provide lightweight
alternatives to steel, wood and aluminum, thereby reducing weight
and improving energy efficiency. Additional information is
available at http://www.owenscorning.com/. About Fiber Glass
Industries Fiber Glass Industries, Inc. (FGI) of Amsterdam, NY has
been a supplier to fiberglass composites manufacturers for more
than 50 years. The company started with a full line of woven
fiberglass and combination products. From there it installed and
continues to operate its own furnace and is now one of the top
producers of specialty fiberglass mat and cloth products for closed
mold/RTM fiberglass composites manufacturers. FGI also produces
high-strength stitch-bonded fiberglass fabrics for a variety of
industries. Additional information is available at
http://www.fiberglassindustries.com/. DATASOURCE: Owens Corning
CONTACT: Kerry Desberg, +1-419-248-5939, Web Site:
http://www.owenscorning.com/
Copyright