Fibre Reinforced Plastic(Frp)

Fibre-reinforced plastic or fibre-reinforced polymercomponents in an airplane could bring about a
(FRP) are composite materials made up of a polymertremendous reduction in production and operational
matrix strengthened with fibres. The fibers arecosts and enhanced fuel savings.
generally fiberglass, carbon, or aramid, while theGlass fiber reinforced polymers
polymer is typically an epoxy, vinylester or polyesterHere let us take an example from the field of
thermosetting plastic. FRPs are most commonly usedautomotive engineering, preferably the instance of an
for various industrial and commercial applications in theengine intake manifold made from glass fiber
aerospace, automotive, marine, and constructionreinforced PA 66. An intake manifold is a part of an
industries. FRP can be used for strengthening theengine that supplies fuel or air mixture to the cylinders.
beams, columns and slabs in buildings. ASome of the major advantages of glass fiber
fibre-reinforced plastic is cost-effective, faster, andreinforced polymers over caste aluminum manifolds
easier to manufacture than cast aluminum or steel, andare:
sometimes retains excellent material strengths. The- Tremendousreduction in weight
commonly used fibre reinforced plastics could be- Improvement in surface quality and aerodynamics
classified into: Carbon fiber reinforced polymers and- Enormous reduction in components by combining
Glass fiber reinforced polymers.simpler molded parts.
Carbon fiber reinforced polymersIf automotive gas and clutch pedals aremade from
Let us take an example from the aviation industry.glass fiber reinforced PA 66, it offers numerous
Manufacturing the rudder of an A310 Airbus usingadvantages over stamped aluminum. This includes:
carbon fiber reinforced polymers will offer significant- Pedals can be molded as single units using a
benefits when compared to a a traditional ruddercombination of both pedals and mechanical linkages.
made from sheet aluminum. The major advantagesThis simplifies the production and operation of the
include : 25% reduction in weight and 95% reduction indesign.
components by combining simpler molded parts.- Fibers are flexible enough to be strengthened against
This example reveals that the use of carbon fiberspecific stresses. This increases their durability and
reinforced polymers for the manufacture ofsafety.