
The raw materials for G-Flex™ high-performance springs are epoxy
resin and
advanced fibers such as E-glass, S-glass or carbon.
Epoxy resin is a thermosetting polymer or plastic that
becomes permanently hard
after “curing.” Epoxies are classified as “structural
adhesives” or “engineering adhesives.”
These high-performance adhesives are used in the construction of aircraft,
automobiles, bicycles, golf clubs, skis, snow boards and other applications
where
high-strength bonds are required.
Pound for pound, glass fibers are stronger than steel.
They have a high ratio of surface
area to weight and an amorphous structure that gives them the same properties
both along the fiber and across the fiber. Key performance attributes
include tensile
strength, modulus or stiffness, and fatigue resistance. While other fibers
may have
one attribute that is better than glass fibers, glass often provides
the best combination
of properties. Carbon fibers are known for their exceptional strength
and light
weight.
Gordon Composites knows how to produce springs in volume
with precise control for consistent quality and performance at competitive
costs. Our customers include
leading companies in vibratory conveyors and commercial furniture. They
count on
Gordon Composites to produce thousands of parts – all having the
same dependable
performance they need.
For more about the science behind G-Flex ™ high-performance
composite springs, click on one of the following links:
Inside G-Flex™ Springs
Technology
“The Art and Science
of Managing Energy”
To contact Brad for more information:
E-mail brad.johnson@gordoncomposites.com,
or call Brad directly at (970) 240-2224
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