About FRP Pultruded Sections
FRP Pultruded Sections
With our rich industry knowledge and experience, we are able to offer frp pultruded sections that is used in various construction works. It is designed using the finest quality FRP material and modern techniques under the supervision of seasoned professionals. To ensure its flawlessness, the offered product is tested on various parameters by our quality controllers. Offered frp pultruded sections is highly demanded in the market and is available at industry leading prices.
Features:
- Durability
- Optimum strength
- Smooth finish
- Robustness
Application:
- Bus bar support
- Dry type transformer spacers
- 11KV/33KV cross arms
- Other electrical insulation requirements
Available In:
- Polyester
- Vinyl ester
- Epoxy resins
Product details
|
Color
|
Yellow
|
|
Length
|
5-10 m
|
|
Finishing Type
|
Powder Coated
|
|
Material
|
FRP
|
Superior Material PerformanceDesigned for demanding settings, FRP Pultruded Sections deliver excellent resistance to corrosion and chemicals, along with high tensile (min. 200 MPa) and flexural (min. 250 MPa) strength. Their low water absorption, ability to withstand temperatures from -40C to +120C, and robust fire-retardant options make them reliable for both industrial and outdoor environments.
Versatile Design and CustomizationWith a broad range of standard and customizable colors, thickness from 3 mm to 10 mm, and diverse profiles-C, U, I, L, square, rectangular, and tailored sections-these pultruded products fit myriad structural requirements. Clients can select matte or glossy finishes and UV-resistant gel coats for additional protection, ensuring both aesthetics and functionality.
Wide Application SpectrumFRP Pultruded Sections are utilized in support structures for bus bars, dry-type transformer spacers (including 11kV / 33kV cross arms), D.O fuses, telescopic rods, electrical earthing, garden tools, sporting goods, and cable trays. Their high dielectric strength and low thermal conductivity make them particularly suitable for electrical insulation duties, ensuring safety and durability.
FAQ's of FRP Pultruded Sections:
Q: How are FRP Pultruded Sections manufactured?
A: FRP Pultruded Sections are produced using the pultrusion technique, where continuous fibers (E-glass) are drawn through a resin bath-using polyester, vinylester, or epoxy-then shaped and cured in a heated die. This results in consistently strong profiles with customizable shapes and finishes.
Q: What benefits do FRP Pultruded Sections offer over metal alternatives?
A: Compared to metal, FRP pultruded sections provide excellent corrosion resistance, high dielectric strength for electrical insulation, low water absorption, and lighter weight. They also require minimal maintenance, are available in fire-retardant grades, and offer flexibility in shape and color.
Q: When should I consider using FRP Pultruded Sections?
A: FRP pultruded sections are ideal when your application demands corrosion resistance, low thermal conductivity, high strength-to-weight ratio, and electrical insulation-such as in electrical substations, transformer components, walkways, and outdoor structural applications.
Q: Where can FRP Pultruded Sections be installed?
A: These sections are suited for both indoor and outdoor installations, such as cable trays, support structures, handrails, transformer spacers, and garden tools. Their UV-resistant coating ensures long service life even in harsh environmental conditions.
Q: What customization options are available for FRP Pultruded Sections?
A: Customers can choose from a wide range of colors (standard and custom), shapes, dimensional specifications, finishes (matte or glossy), thickness (3 mm to 10 mm), and surface treatments like UV-resistant gel coats. Lengths up to 6 meters and custom sizes are also available upon request.
Q: How do you ensure the safety and durability of these FRP sections in electrical environments?
A: Each section is engineered with high dielectric strength and self-extinguishing fire-retardant grades, making them safe for electrical usages such as bus bar supports, spacers, and rods. Their robust construction with E-glass reinforcement ensures long-term performance under electrical loads.