FRC is high performance fibre composite
derived from a revolutionary green technology. The core
FRC technology developed and refined through the years promises
to ease pressures on our forests and trees by delivering
an optimum and viable wood alternative acceptable for mass
applications and integration into industry.
A Recycled Product
FRC
is made using a patented propriety technology that mixes
individual wood fibres (sawdust and/or rice hulls)
with 100% recycled high density polyethylene plastic
(pop bottles/detergent containers, etc).
This combination gives FRC many of the best
characteristics of both wood and plastic.
Best of both worlds
Plastic
and wood fibres are mixed to produce a compound that is
extruded into various timber profiles.
Mixing these types of compounds has been done
before, but previous efforts have not achieved the waterproof
of characteristics of plastic combined with the structural
characteristics of wood.
Better than wood!
Fibersit FRC has succeed because of a propriety
high intensity mixing process that simultaneously shreds
and disperse the individual wood fibres, which are then
encapsulated with the plastic resin.
This process creates a plastic sheath protecting
the compound from bacteria, fungus, termites and moisture.
Main Components of FRC :
Rice Husks
Rice husks cannot be disposed of by land fill, sea
fill; nor open burning.
Malaysia alone produces more than 3 million tons of
rice husk.
1/3 of which are used by combustion for energy
Oil Palm fibre
Oil palm trees are to be replanted every 25-year cycle.
More than 10 million oil palm trees are to be replanted
EVERY year.
FRC
is made using a patented propriety technology that mixes
individual wood fibres (sawdust and/or rice hulls)
with 100% recycled high density polyethylene plastic
(pop bottles/detergent containers, etc). 
Plastic
and wood fibres are mixed to produce a compound that is
extruded into various timber profiles. 
