PE pipes are made from material meeting the toxicity requirement of the WHO and this can bused for transportation of drinking water. Pipes and fittings with pressure ratings of SDR 7.4 up to SDR 41 for water mains as well as distribution piping system and service lines.

PE pipes to transport gas at medium low pressure is available. The pipes are specially designed with a smooth surface and made easy to install. The gas lines can be installed at low casts. In drilling they are used as short-hole casings as they are cheaper. Due to the excellent properties of HDPE pipe,which exhibit a high impact strength and very good resistance aggressive soils. Combined with ease of handing and installation, the HDPE pipes are excellent for transporting material and other gas types including bio-gas.

PE pipes are being used for underground drainage for buildings, waste lines for corrosive fluids and also as plumbing material for house drainage. They can also be used for sewer works. Due to its very good chemical resistance ,HDPE as a perfect material for manufacturer of large bore pipes for sewage systems. They are ideally suited for industrial waste disposal and are being used to an increasing extent as underground sewer and waste pipes.

Features like corrosion-resistance, easy installation, light weight, and flexibility make PE pipes ideal for complicated in factories, They are ideal for corrosive chemicals.

PE piping systems are approved for installation all types of soil. Polyethylene is a flexible and tough pipe material. Thus, these systems are especially suitable for installation in soils susceptible to ground and tough pipe material. The application of various jointing methods encases a leak proof supply system. Due to the light weight and the simple jointing methods, HDPE pipes are very well suitable for unfavourable conditions for the installation in difficult terrain.

PE irrigation pipe ‌is a kind of pipe system for agricultural irrigation. The excellent performance of PE pipes enables the irrigation system to operate more efficiently, ensuring adequate irrigation in all corners of the field and improving the yield and quality of crops. Through water-saving irrigation systems such as drip irrigation and micro-irrigation, PE pipe effectively reduces water evaporation and leakage. This has important implications for alleviating water scarcity. PE pipe has a long service life, low maintenance costs, and can reduce the comprehensive budget of the project. This will help to reduce the economic burden of farmers and improve the economic benefits of agricultural production.

PE water supply pipe plays an important role in mining industry because of its cold resistance, long service life, corrosion resistance and other characteristics.
● Fluid transport: PE water supply pipe because of its good corrosion resistance and wear resistance, can withstand a variety of harsh industrial environments, so it is used in the mine for conveying fluids, such as water, chemical solutions, etc., to ensure the smooth progress of mining operations.
● Gas drainage: PE water supply pipe is also suitable for gas drainage, to ensure the safety of the mining process, to avoid the gas accumulation caused by the safety risks.
● Tailings transportation: The tailings generated in the mining process need to be transported and treated through pipelines. Because of its durability and reliability, PE water supply pipe is the ideal choice for tailings transportation.

HDPE pipe has the characteristics of high toughness and corrosion resistance, which can adapt to the harsh conditions of the Marine environment and ensure the stability and durability of the cage. The hot melt welding method of PE pipe makes the frame structure firm, can resist the impact of wind and waves, and ensure the safety of breeding organisms ‌. PE pipe plays an important role in the water quality circulation and purification system, its good corrosion resistance and wear resistance makes PE pipe an ideal choice. Through scientific and reasonable circulation system design, PE pipe can effectively discharge harmful substances in aquaculture water, and introduce fresh water source or treated water, keep the water quality clean and stable, improve the utilization efficiency of water body, reduce the incidence of disease .