Transport of corrosive gases through fiberglass pipelines

Transport of corrosive gases through fiberglass pipelines
When discussing corrosive gases, many people have a highly tense process because we are concerned about many safety issues. When we talk about corrosion, we naturally associate it with harm. Many companies or factories in China that produce chemical gas materials are using fiberglass pipelines to transport harmful gases. By using special materials such as fiberglass pipelines, we can safely and confidently live or work in these hazardous environments.
In the past, the transportation of corrosive gases in our work was mostly carried out using metal materials, which had little impact in a short period of time. However, in the long run, metals cannot resist the corrosion and damage of gases, so we need to replace containers every very short time. Will this increase costs? Therefore, in order to save costs and also for the safety of our employees, Many factories or enterprises in China that specialize in the production and transportation of chemical gases should consider using fiberglass pipes as containers or transportation tools for corrosive gases. Their strength is also well-known and can be compared to ordinary steel. Sometimes we prefer to choose this type of container because fiberglass pipes are always our trusted choice in terms of aesthetics and comfort. The process requires that fiberglass pipes have a resin matrix weight, which is laid and wound layer by layer on a rotating core mold, and quartz sand is evenly laid between the fibers as a sand layer for long-distance laying. The pipe wall structure is reasonable and advanced, which can fully utilize the material's function.
On the premise of meeting the usage strength, the grade of steel has been improved, ensuring the stability and reliability of the product. Compared with ordinary steel, fiberglass sand filled pipes have excellent chemical corrosion resistance, light weight, high strength, no scaling, strong seismic resistance, and long service life, which are widely accepted by users. Pipe material, low overall cost, fast installation, safe and reliable. In special circumstances, when using flange connection and bonded rigid joints for glass fiber reinforced plastic sand pipes, short pipes with a diameter of 1-2 times should be installed on the side of the glass fiber reinforced plastic sand pipe joint.
Due to the construction of segmented fiberglass sand pipes, two short pipes should be used for bonding connection. At this time, the circumferential function of the pipe wall should not be less than 1.5 times the corresponding index of the original pipe function. Fiberglass reinforced plastic pipes are made with resin as the matrix and fiberglass as the reinforcing material, processed through special processes. They have advantages such as corrosion resistance, leak prevention, insulation, light weight, high strength, long service life, strong design, low fluid resistance, convenient installation, and low overall cost, and can be widely used in the petroleum industry. Industries such as chemical, pharmaceutical, power, papermaking, urban drainage, factory sewage treatment, seawater desalination, gas transportation, mining, etc. Pipeline is an ideal pipeline for transporting liquids and gases. In recent years, the production of fiberglass pipelines in China has developed rapidly, with an increasing number and a wider range of applications and departments.
It has excellent corrosion resistance and does not require anti-corrosion measures such as protection. It does not cause secondary pollution to water and other media, and the product has a long service life. The weight of pipelines is only 1/4 of the weight of ductile iron pipes of the same specification and length, and 1/10 of the weight of cement pipelines. Convenient transportation, loading and unloading, easy installation, reduced pipeline joints, accelerated installation speed, and improved the quality of the entire pipeline.