What are fiberglass pipes?

　　Fiberglass pipes are lightweight, strong, and corrosion-resistant non-metallic pipes. A type of glass fiber with resin as its base weight, according to process requirements, is wound layer by layer onto a rotating core mold. Quartz sand is evenly laid between the fibers over long distances, serving as a sand layer. Its pipe wall structure is reasonably advanced, able to fully utilize the material's properties. While meeting the required strength, it improves stiffness, ensuring product stability and reliability. Fiberglass reinforced pipes have excellent fire resistance, lightweight strength, dirt resistance, and strong earthquake resistance. Compared to ordinary steel pipes, they have a longer lifespan, lower overall cost, faster installation, and are safe and reliable, making them widely accepted by users.

　　Fiberglass pipes are suitable for the petroleum, chemical, and drainage industries. ChinaFiberglass PipesProduction has developed rapidly, with the quantity increasing year by year, and the application range and departments are also becoming increasingly wider.

　　Fiberglass pipes are made from resin (food-grade resin for transporting drinking water), glass fiber, and quartz sand using a special process.

　　What are the classifications of fiberglass pipes?

　　Fiberglass pipes are mainly classified into 9 types:

　　Desulfurization fiberglass pipes, fiberglass reinforced pipes, fiberglass pressure pipes, fiberglass cable protection pipes, fiberglass water pipes, fiberglass insulated pipes, fiberglass ventilation pipes, fiberglass sewers, fiberglass pipe laying, fiberglass conductive pipes

　　What are the structural characteristics of fiberglass pipes?

　　1,Fiberglass PipesExcellent corrosion resistance

　　Do not use cathodic protection or other anti-corrosion measures. It will not cause secondary pollution to water and other media. Long product life.

　　Fiberglass PipesThe weight is only one-fourth that of ductile iron pipes and one-tenth that of cement pipes of the same specifications and length. Convenient for transportation, loading and unloading, and installation.

　　Reduce pipeline joints, speed up installation, and improve overall pipeline quality.

　　Reduce flow resistance, increase flow rate, and reduce energy consumption. Using smaller diameter pipes to transport the same flow rate of fluid, compared to steel pipes of the same specifications, can increase the flow rate by about 10%. If no fouling occurs, the flow rate will not decrease even with long-term use.

　　2, Characteristics of fiberglass pipes

　　(1) Corrosion resistance: Chemically inert material, good corrosion resistance, different anti-corrosion pipes can be selected according to the transported medium.

　　(2) Mechanical strength: Water pressure strength, internal and external pressure strength, and impact resistance are all good, and pipes and fittings can be designed and manufactured according to the required pressure.

　　(3) Temperature adaptability: Operating temperature range: below -70 degrees Celsius to 250 degrees Celsius, under refrigerating mediumFiberglass PipesWill not crack.

　　(4) Low fluid resistance: The inner wall of the pipe is smooth, with a roughness coefficient of 0.0084. The pipe diameter can be reduced under the same flow rate.

　　(5) Lightweight, long lifespan: Light weight, convenient transportation, low construction cost, no maintenance required, and a lifespan of up to 50 years or more.

　　(6) Maintain water quality: Non-toxic, suitable for drinking water transportation, and maintains water hygiene for a long time.