GFRC was originally developed in Russia in the 1940s but did not come into widespread use until the 1970s. It is used to make large, lightweight panels that are often used as building facades for commercial and residential structures. While GFRC provides tensile strength, it does not replace reinforced concrete for load-bearing structures. GFRC contains alkali-resistant glass fibers bound in a polymer and concrete matrix that transfers loads between fibers.

1. “Glass Fibre Reinforced Concrete”GFRC was
originally developed in the 1940’s in Russia, but it
wasn’t until the 1970’s that the current form came
into widespread use.
GFRC is used to make large, lightweight panels that
are often used as façades of the buildings for
commercially & Residential
GFRC does not replace “reinforced concrete” when
true load carrying capacity is required.
GFRC uses alkali resistant glass fibers as the
principle tensile-load carrying member. The polymer
and concrete matrix serves to bind the fibers together
and transfer loads from one fiber to another via shear
stresses through the matrix

2.  Exterior cladding sheet in design panel & plain sheet
 Moldings and cornices of the buildings
 Window surrounds
 Corbellings of window
 Pillars with capital and base.
 Balusters and railing system.
 Garden gazebo.
 Garden lamp posts
 Garden planters.
 Garden fountains.
 GRC Brackets.
 GRC cable thoughts.
 GRC JALI
 GRC LOUVERS for duct covering in multi-storied
buildings