|
Why Fiberglass Reinforced (FRP) Composites & Products?
What
is it?
FRP, fiber reinforced plastic is a composite made from glass,
Kevlar, ceramic, or carbon fibers added to a polymer resin.
The term “Fiberglass” is often used to describe
some FRP products and is in fact just one type of FRP.
Reinforcing
the plastic enables a wide variety of physical strengths
and properties to be designed into the FRP composite.
ACI
will select the correct fiber from a wide variety of reinforcements
to meet your strength, performance and simulation requirements.
ACI
will design the FRP composite to provide the characteristics
needed to simulate the performance of traditional materials,
such as wood, ceramics, metal, etc. The flexibility of FRP
properties combined with ACI’s expertise enables cost-effective
design while eliminating the cost of over-engineering.
Durable FRP
Rot-proof, rust-proof, chemical-resistant, termite-proof and
moisture-proof FRP is a wonderful substitute for traditional
materials. UV resistance can be designed into products. Fiber
reinforcement increases strength. Extremes of temperature
and humidity will not affect FRP or Fiberglass.
Clean, Low-Maintenance FRP
FRP does not support the growth of bacteria or mold, thus
reduces the need for frequent cleaning. Finishes can be smooth
or embossed, either of which will clean as well as a #3 stainless
steel finish.
Lightweight
Easier to lift, transport and install than some traditional
materials, FRP is often chosen because it is light. Perfect
when overall weight is an issue. Fiber reinforcement can add
as much strength in some cases then heavier materials for
which it is being substituted. Pound for pound Fiberglass
is much stronger than steel.
Cost Effective
Fiberglass fabrication or FRP fabrication is the cost-effective
solution for thousands of Architectural, Commercial and Industrial
challenges. When considering your next project, look at the
many reasons FRP can be the best solution.
Code requirements:
FRP can be manufactured to meet code requirements in Building,
Transportation, Commercial or other Industries. FRP will burn,
as will wood or other building materials. Standard FRP composites
emit dense smoke when burned; however, if low-smoke/no-ignition
codes must be met, these properties can be designed into the
resin. Please provide fire, safety and commercial codes for
the project.
|
