FRP Pipe
FRP pipes are manufactured using the filament winding process, ensuring high structural strength and consistent quality. The piping system utilizes epoxy or vinyl ester resins as a corrosion-resistant barrier, while fiberglass provides excellent mechanical strength.
FRP pipes are specifically designed to offer superior corrosion resistance, weather durability, easy visual inspection, and long service life.
With outstanding unsupported span capability, FRP pipes are lightweight and easy to fabricate and install. Both the internal and external surfaces are highly resistant to corrosion. The smooth inner surface enhances flow efficiency, reduces friction, and helps lower energy consumption.
In addition, FRP pipes have low thermal conductivity compared to steel, minimizing heat loss and reducing insulation costs.
The smooth internal surface also supports higher flow capacity while requiring minimal maintenance, making FRP piping systems a reliable and cost-effective solution for various industrial applications.
Key Features & Benefits
Corrosion resistant (no rust)
Lightweight and easy to handle
High mechanical strength
Temperature resistance
Reduced installation time
Complete piping system solution
Filament Winding Manufacturing Process
Thai Composites pipes are manufactured using a computer-controlled filament winding process, where continuous glass fibers are impregnated with epoxy resin and wound at precise angles to achieve optimal strength and performance.
This process ensures consistent quality, high structural integrity, and excellent pressure resistance.
Standards & Certifications
FRP Pipe : ASTM D 2996, ASTM D 3754, DIN16965, TIS 1483-2549, TIS 1484-2540 and TIS1485-2540.
Testing & Quality Assurance
-
Dimension Test
- Stiffness & Compression Test
- Hydrostatic Pressure Test
- Hoop Tensile Strength Test
- Axial Tensile Strength Test
- Burst Test
- Chemical Resistance Test
Chemical Resistance Performance
Thai Composites pipe systems are designed to withstand a wide range of chemicals, acids, and aggressive environments, ensuring long-term performance and reliability.
