Fiberglass pipes can be divided into several categories based on their manufacturing process

Fiberglass pipes can be divided into several categories based on their manufacturing process
Fiberglass reinforced plastic pipes are lightweight, high-strength, and corrosion-resistant non-metallic pipes. It is made by a special process using resin as the matrix and glass fiber as the reinforcing material. This type of pipeline has advantages such as corrosion resistance, leakage resistance, and thermal insulation, as well as lightweight, high-strength, long service life, strong designability, low fluid resistance, convenient installation, and low overall cost. It can be widely used in industries such as petroleum, chemical, pharmaceutical, power, papermaking, urban water supply and drainage, factory sewage treatment, seawater desalination, gas transportation, mining, etc. It is an ideal pipeline for transporting liquids and gases. In recent years, the production of fiberglass pipes in China has developed rapidly, with an increasing quantity and a wider range of applications and departments. Connection accessories: socket, butt, flange, O-ring bend, T-pipe, reducer, flat welding flange, etc
The production process of fiberglass pipes mainly includes the following categories: pure fiberglass pipes, sand pipes, high-pressure pipes, and insulation pipes.
The application fields of fiberglass pipelines mainly include the following categories: petroleum pipelines, chemical pipelines, power pipelines, pharmaceutical pipelines, papermaking slurry, urban water supply and drainage pipelines, industrial sewage pipelines, seawater desalination pipelines, gas transmission pipelines, natural gas transmission pipelines, etc.
Advantages of fiberglass pipes:
1. Strong corrosion resistance: It has excellent corrosion resistance, chemical corrosion resistance, soil and marine organism corrosion resistance, and resistance to cathodic stripping;
2. Material non-toxic: Fiberglass pipes are made of resin as the matrix and fiberglass as the reinforcing material through special processes, ensuring their hygiene and non-toxic properties, smooth inner walls without scaling, non breeding of microorganisms, ensuring fluid quality, and avoiding secondary pollution to water and other media;
3. Lightweight and high-strength: The weight of the pipeline only accounts for 1/4 of that of ductile iron pipes of the same specification and length, and 1/10 of that of cement pipes. It is convenient for transportation, loading and unloading, and easy to install;
4. Easy and fast installation: The installation process of fiberglass pipes is mature, convenient and fast, reducing pipeline joints, accelerating installation speed, and improving the quality of the entire pipeline;
5. Widely used and with good weather resistance: fiberglass pipes have good weather resistance and are suitable for harsh environments such as deserts and saline alkalis;
6. Good mechanical performance: reducing flow resistance, increasing flow rate, and reducing 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;
7. The service life of fiberglass pipes can reach 50 years or more, significantly reducing significant economic costs.