FRP Angle
FRP Rod Strength Member for Fiber Optic Cables
Strength member for fiber optic cables, usually located at the center of fiber optic cables, is one important component of fiber optic cables by supporting optic fiber bundle and enhancing cables tensile strength.Read More
Fiberglass Channel FRP Channel - C Channel U Channel
Fiberglass channels are a popular building material that is commonly used in all sorts of different building designs.Read More
Fiberglass Round Tube FRP Round Tube
Fiberglass round tube is the reinforced composite material which are pulled by the thermal pultrusion moulding machine.Read More
Fiberglass Sheets FRP Sheets GRP Sheets Roofing Sheets
Fiberglass sheet is the pultruded reinforced composite material, which is bright and clean in appearance.Read More
Fiberglass Angle FRP Angle L Angle
Fiberglass angle is reinforced composite material consisting of continuous glass fiber yarn and resin, which are pulled by the thermal pultrusion moulding machine.Read More
Fiberglass Square Tube FRP Square Tube
Fiberglass square tubes are the reinforced composite material which are mainly made of fiberglass, resin, a little of fillers and additives through pultrusion technology.Read More
Fiberglass Beams FRP Beams - I Beam, H Beam, U Beam, Flange Beam
Fiberglass beam is reinforced composite material consisting of continuous glass fiber yarn and resin, which are pulled by the thermal pultrusion moulding machine.Read More
Fiberglass Flat Bar FRP Flat Bar
Fiberglass flat bar is a kind of composite which is made by reinforced fiberglass materials (fibers, mat,etc.) and combination with resins and other auxiliary materials.Read More
Fiberglass Square Rod FRP Square Rods
Fiberglass square rod is the reinforced composite material consisting continuous glass fiber yarn and resin, which is pulled by the thermal pultrusion moulding machine.Read More
Fiberglass Round Rods Solid FRP Rod Blanks
Fiberglass round rods is one kind of thermosetting composite material made from continuous glass fiber roving and resin traction through the pultrusion technique.Read More