PIPE
FRP Pipe is manufactured using filament winding technology and premium epoxy resin system, delivering superior strength, corrosion resistance and long service life for the most demanding industrial applications.
Key Performance Characteristics
Corrosion Resistance
Strength to weight ratio
Temperature Resistance
Easy & Quick Assembly
Chemical Resistance
Long System Life
FRP PIPE
Pipe is manufactured by filament winding technique, providing great strength property to the pipe. GRE pipe is designed in compliance to ASTM D 2996, DIN 16965 and TIS standards. GRE piping systems utilize epoxy or vinyl ester resins as corrosion barriers and fiberglass for their structural strength.
From Material To Installation
—— PIPE ——
High Performance • Premium Quality • Complete Solution
Compliance & Standards
Our RTRC conduits are designed and tested in accordance with internationally recognized standards to ensure the highest level of safety, quality, and reliability in every installation.
Joint Pullout Test
ASTM D2412
Tensile Test
ASTM D2105
Impact Test
ASTM D2444
Stiffness Test
ASTM D2412
Fire Resistance Test
UL 94
Water Absorption Test
UL 1684
According to the ASTM D3567 standard, a test specimen is outside diameter or inside diameter, thickness and length. Outside diameter: measure the outside diameter at both end pipe of each it and report the result of experiment. Thickness: measure the thickness of pipe at various point follow the direction of circumference at least 4 values and report the result of experiment both minimum and average values. Length: measure the length of pipe at 2 points that opposite together and report the result of experiment.
Test method is carried out in reference to ASTM D 2412 standard. A specimen with its longitudinal axis parallel to the plate is located in the testing machine. After applying the force to the desired deflection, the load is recorded. The force is continuingly applied until the specimen breaks and the ultimate compressive strength value is recorded. Due to the memory capability, pipe display excellent capability to retain its shape after the removal of the load.
According to ASTM D1599 and ASTM D2992 standards, a pipe specimen is attached to the end closures and filled with water. The pressure level is increased by using a pressuring device until the specific test pressure has been reached. The test pressure is ranging from 2 bars for non-pressure pipe to 50 bars for reverse osmosis membrane housing pipe.
According to the ASTM D2290 standard, a test specimen is loaded in the split disk test fixture which is applied tensile stress to the test ring. A hoop tensile strength is obtained after the ultimate loads are reached.
According to the ASTM D 638 and ASTM D2105 standard, a grooved pipe or dumb bell specimen is aligned and attached to the universal machine. The specimen is pulled at the specific speed and the ultimate strength is recorded.
To determine chemical resistant properties of the pipe in a deflected condition, a specimen is placed in the strain-corrosion test apparatus. After initial strain has been applied to the specimen, add the test solution and leave the specimen for 100 hours and 1000 hours. (ASTM D3681).
APPLICATIONS
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