FRP round pipe
Product introduction of FRP round pipe
- Alkali free glass fiber or carbon fiber, together with unsaturated polyester resin or polyurethane resin or vinyl resin or epoxy resin, is formed by pultrusion or pultrusion winding, or pultrusion winding braiding forming process. The product has high density and strength, can withstand the maximum 50000mpa and 300 ℃ high temperature, has low water absorption, meets the standard of ultra-high strength and low expansion coefficient, The product will never be cracked or damaged in the later stage due to environmental changes such as weather and temperature. In the product, we adopt a unique process to ensure that the product surface can reach the hardness of porcelain surface, wear-resistant, corrosion-resistant, acid and alkali resistant, and can use various complex environments
Pipe wall thickness
FRP round pipe
Glass fiber + unsaturated polyester resin
Carbon fiber + unsaturated polyester resin
Aramid + unsaturated polyester resin
2、Xinbaoxin GRP profile is made of glass fiber reinforced isophthalic acid polyester resin and reinforced with E glass fiber, including continuous strand felt with polyester surface yarn as surface layer. This combination provides excellent corrosion and weather resistance at an economical cost.
BS EN 13706 – specification for pultruded profiles defines two classes of structural profiles. All Fibex structural profiles with a wall thickness of more than 5mm meet the higher performance grade E23, while those with a wall thickness of 3-5mm meet the grade E17. The pultrusion range is transported as inventory items with a length of 6m. If it needs to be delivered immediately, it can be cut into a certain length.
All models and colors can be customized.
Advantages of FRP profiles FRP profiles have more advantages than traditional building components in strength, corrosion resistance, chemical resistance, electrical insulation and portability.
They are light:
The transportation cost is lower than that of similar metal products. They are easy to transport and install during assembly.
They have high carrying capacity:
They have excellent tensile, tilt and compression values from steel. They can resist bumps, they are elastic and overload when overloaded.
They are corrosion resistant:
They will not rot or rust.
They are not conductive:
They can be used where work safety is important.
Low thermal conductivity:
They provide very good insulation.
They do not stretch or shrink.
They are not magnetic:
They can instead be used in sensitive places where metal mesh magnetization is not required.
They are UV resistant:
They don't deform.
They can be processed in a simple way:
They can be cut with simple woodworking tools such as saws.
There is no risk of theft because it is not worth scrapping.
They do not require painting or maintenance:
They can be easily cleaned with pressurized water.
They can be made in various colors:
They can be produced in the required colors where required by building practice and work safety.
It won't deform in theory.
Light transmission characteristics can be achieved:
They can be used in applications requiring light transmission.
Can improve chemical resistance and flame resistance:
Special types of resins and chemical additives can provide better corrosion resistance and flame resistance.