Overview
| brand | Jiahang | Processing customization | yes |
| Operating temperature range | -40-80 | friction coefficient | zero point zero one |
| Wear amount | zero point zero zero eight four | Impact strength | zero point six |
| material quality | Fiberglass reinforced plastic | Pipe diameter | DN20-4000mm |
| Pipeline thickness | 3mm~50mm | Applicable fluid | If acid alkali neutral liquid |
| model | Complete models | specifications | DN20, DN25, DN50 |
Product Details
Product Introduction:
Fiberglass reinforced plastic pipes are lightweight, high-strength, and corrosion-resistant non-metallic pipes. It is a glass fiber with resin based weight that is wound layer by layer on a rotating core mold according to the process requirements, and stone sand is evenly laid as a sand layer between the fibers at a distance. Its pipe wall structure is reasonable and advanced, which can fully utilize the role of materials, improve the rigidity while meeting the requirements of service strength, and ensure the stability and reliability of the product. Fiberglass reinforced plastic sand pipes are widely accepted by users due to their excellent chemical corrosion resistance, lightweight and high-strength, non scaling, strong seismic resistance, long service life compared to ordinary steel pipes, low overall cost, fast installation, safety and reliability.
Basic Overview
Fiberglass pipes are used in industries such as petroleum, chemical, and drainage. The production of fiberglass pipes in China is developing rapidly, with an increasing number of applications and departments.
Fiberglass pipes are made of resin (food grade resin is used for transporting drinking water), glass fiber, and quartz sand as raw materials using special processes.
Structural characteristics
It has excellent corrosion resistance and long service life.
The weight of pipelines only accounts for 1/4 of ductile iron pipes of the same specification and length, and 1/10 of cement pipelines. Convenient transportation, loading and unloading, and easy installation.
Reduce pipeline joints, accelerate installation speed, and improve the quality of the entire pipeline.
Reduce flow resistance, increase flow rate, and reduce energy consumption. Using smaller diameter pipelines to transport fluids of the same flow rate can increase the flow rate by about 10% compared to steel pipes of the same specification; No scaling, long-term use without reducing flow rate. The protection of cables in both disturbed and corroded environments has good effects.