FRP profiles are produced with different materials , CFRP profiles (carbon profiles), GFRP (glass profiles) and AFRP (profiles of aramid or Kevlar) and in different shapes such as angles, channels, plates and so on. FRP profiles are composite materials made of carbon fiber, glass fibers or aramid fibers embedded in a polymer resin (epoxy resin or polyester resin), and as an alternative to steel profiles everywhere they cannot be used because of the presence severe corrosion or strong magnetic fields. Various methods, such as poltrusion, fiber twisting, etc. are used to produce composite profiles. pultruded profiles have a specific gravity of about a quarter of that of steel and one third of that of aluminum. The materials have very good tensile strength compared to steel profiles. Bending (by heating) These profiles are not allowed during installation due to the use of hard heat-treated polymers in the process of these profiles. Due to the special type of construction of this material, FRP sections can be made in different types of profiles. So there is no limit to the shape of the profile for this type of material.
The Fiberglass Reinforced Plastic Grate (FRP grate) is made from unsaturated polyester and fiberglass. It is the pultrusion technology to turn slabs with a certain opening rate. It has the strength of steel, but it won’t corrode like steel can. FRP Gratings are used due to their high strength, corrosion resistance, light weight, long life and safety. All FRP gratings are made to meet the highest international standards. FRP Grating also has many advantages over steel grating for performance and cost effectiveness. With a much higher strength-to-weight ratio, molded fiberglass grating is easy to handle, allowing for quick installation.
FRP profiles and composite sections are suitable materials to be used in structures that are exposed to extremely corrosive environments or with high magnetic levels. This material, with its excellent properties of FRP and their good durability in harsh environments, can be a good alternative to steel and concrete in various structures.
- Light weight with high strength. Easy to cut and install.
- Being made with no metal, never rust and corrode.
- Anti-flaming and nonmagnetic insulation.
- Impact resistance, liable to warp due to lack of hard materials.
- Varied design and specifications is suit for your demand.
- Anti-skidding with slightly elastic, comfortable in stepping it.
- Long service cycle, and free for maintaining.
- Colors for chosen, excellent appearance.
- chemical processing
- food facilities
- oil & gas
- electricity application
- construction numerous architectural uses
- metals & mining
- pulp & paper
- recreation and water parks
- telecommunications and IT server farms
- shipping centers
- transportation facilities
- water & waste treatment
- FRP Profiles are produced with different materials in the form of CFRP profiles (carbon profiles), GFRP (glass profiles), AFRP (aramid or Kevlar profiles) and in the form of corner sections, sheets
- Fits customer needs
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Frequently Asked Questions
How are FRP profiles offered in the market?
Depending on the specific type of construction of these materials, FRP sections can be made in different types and profiles, which mainly include FRP circular sections, FRP square sections, FRP rectangular sections, FRP channel, FRP rod and H-shaped section.
What are the main materials used in FRP profiles?
The basic composition of FRP profiles is resin and glass fibers, which use resins as adhesives and glass fibers as a material that resists stress.
In what colors are FRP profiles marketed?
Different colors of yellow, green, blue and red can be used to make FRP profiles.
What dimensions of FRP profiles are offered to the customer?
Due to the manufacturing method and ease of cutting, FRP profiles can be produced in the dimensions and thicknesses desired by the customer.