Sashin sashen FRP
Pultruded Profile is a composite material with unique characteristics making it useful in a wide variety of applications. Most rods are composed of polyester resin and fiberglass. These composites can be formed into practically any shape by using the pultrusion process.
- details
- Abũbuwan amfãni
- Shigarwa Da Jirgin Sama
- Sunan
Musammantawa:
Notice: unit: mm (the other colour can be produced as the requirement)
1 FRP I beam size:
* * 200 100 10 |
50 * 25 * 15 * 4 |
* * 150 150 7.2 |
* * 38 15 4 |
* * 150 100 6.5 |
* * 33 20 4 |
* * 110 50 6 |
30 * 20 * 10 * 4 |
* * 70 30 4 |
* * 25 40 4 |
* * 65 25 3 |
* * 25 15 4 |
* * 58 15 4.5 |
|
2 FRP U channel size:
* * 200 100 9 |
* * 80 40 4 |
* * 180 50 8 |
* * 80 42 5 |
* * 160 70 9 |
* * 140 60 3 |
* * 150 60 8 |
* * 70 30 4.5 |
* * 100 50 6 |
* * 60 50 5 |
* * 88 30 5 |
|
3 FRP Square pipe:
* * 150 150 4 |
* * 50 50 4 |
* * 120 120 5 |
* * 50 50 5 |
* * 100 100 5 |
* * 40 40 4 |
* * 100 100 2.7 |
* * 40 40 2.7 |
* * 80 80 3.5 |
* * 40 40 3.5 |
* * 70 70 4 |
* * 30 30 3.1 |
* * 60 60 5 |
* * 25 25 5 |
4 FRP rectangle tube:
* * 180 60 4 |
* * 63.5 37 3.5 |
160 * 604 |
* * 60 30 3 |
* * 140 60 3 |
* * 60 30 2.7 |
120 * 3.5 * 60 * 3 |
* * 60 35 3 |
* * 100 50 5 |
* * 86 32 3 |
90 * 4 * 40 * 5 |
* * 48 32 3 |
90 * 4 * 40 * 7 |
* * 48 28 3 |
75 * 3 * 35 * 6 |
|
5 FRP round pipe:
Φ* * 80 70 5 |
φ* * 46 42 2 |
φ* * 31 25 3 |
φ* * 65 57 4 |
φ* * 40 32 4 |
φ* * 21.5 16.5 2.5 |
φ* * 60 50 5 |
φ* * 55 45 4.5 |
φ* * 25 20 2.5 |
φ* * 50 40 5 |
φ* * 38 31.8 3.1 |
φ* * 19 12.5 3.25 |
φ* * 50 42 4 |
φ52 |
φ31 * 5 |
φ* * 48 38 5 |
φ* * 32 28 2 |
|
6 FRP pipeline 0.6Mpa:
DN50mm |
DN500mm |
DN65mm |
DN600mm |
DN80mm |
DN700mm |
DN100mm |
DN800mm |
DN125mm |
DN900mm |
DN150mm |
DN1000mm |
DN200mm |
DN1200mm |
DN250mm |
DN1400mm |
DN300mm |
DN1500mm |
DN350mm |
DN1600mm |
DN400mm |
DN1800mm |
DN450mm |
DN2000mm |
7 FRP round bar:
φ8 |
φ10 |
φ12 |
φ14 |
φ16 |
φ20 |
φ25 |
φ50 |
8 FRP angle bar:
* * 50 50 5 |
* * 40 40 4 |
* * 30 30 3 |
details:
During the pultrusion process,the raw material are pulled through a heated steel forming die using a continuous pulling device. when the reinforcements are saturated with the resin mixture in the resin bath and the wetted reinforcement package is wrapped in a surfacing veil. the completed package then goes into a performer that roughly forms the package into the appropriate shape to enter the heated die for curing. the die is the exact shape of the final part desired. upon exiting the die, the part is over 90% cured and solid. the length of the part required is pulled through the cutoff saw and the process is complete.