Product Introduction:

Glass Fibre-reinforced Plastic (GFRP) is a composites material combined plastic resin and glass fibre. Glass fibre is used to improve the mechanical strength, resistance to damage from the outside and to maintain a fixed shape. The results of combined both plastic and glass fibre, the high tensile strength is supported. Besides, the properties of lightweight and good thermal insulation are one of the factor glass composition and modern composite material.

Fiberglass pultruded profiles features and advantages:

• High strength and light ration (1/4 of the Steel)

• Never-rusting

• Electric insulating

• Shape/Length designable

• Colorful

FRP Properties:

Nonconductive

Typically FRP composites are insulators. They are used for utility poles, stand-off insulators, and other applications where electrical conductivity is disadvantageous. An exception is carbon fiber, which alone is conductive. Although thermoset resins are non-conductive, fillers can be utilized to induce conductive or semi-conductive behavior if desired. Nonmagnetic FRP composite parts manufactured with glass fiber and traditional thermoset resins are non-magnetic. Magnetism can be engineered into FRP composite laminates through the incorporation of magnetically responsive fillers or fibers.

FRP Application:

Fiber-reinforced plastics (FRP) are a composite material consisting of a polymer matrix carefully combined with a supporting material or fiber which serves to enhance the mechanical strength and elasticity of the plastic. Common fibers include basalt, carbon, glass or aramid although in some cases it might include asbestos, wood or paper.

The core polymer matrix – usually an epoxy, vinylester or polyester thermosetting plastic – is manufactured using step-growth polymerization or addition polymerization. The matrix is hard but comparatively weak and the addition of powerful fibers and filaments serve to toughen it up and provide the desired mechanical and material properties to the resulting plastic.

The choice of fiber is crucial in differentiating the parent polymer from the FRP. Fiber-reinforced plastics – or fiber-reinforced polymers are they are also known – are well-suited to any design that necessitates weight saving, precision engineering, predetermined tolerances and simplification of parts in production and operation. Since FRP typically have a low weight and high strength, with good fatigue, impact and compression properties, making them attractive to a number of trades, including the automotive, aerospace and construction industries.

Packing and Loading:

The packaging method can be based on customer needs.

FAQ:

Q: Do you accept customization?

A: Yes we do, please contact us with your specific requirements. We will reply you within 12 hours.

Q: Can I ask you some other questions?

A: Yes, please feel free to contact us.

http://www.ty-pultrusionsfrp.com/