Natural Gas Project in Chengdu

Natural Gas Project in Chengdu

3LPE coated Seamless pipe to transport natural gas, crude oil, and refined oil liquid. It can also be used in the piping system for urban fuel gas, storage tanks, and groove piping. The primary goal of 3PE is to secure pipes used in the electricity and communication industries, as well as water piping systems.


Product details for project

In the Chengdu natural gas project, 3LPE coated seamless steel pipes were used, which are specially designed for transporting natural gas, crude oil and refined oil liquids. In addition, they are also widely used in urban gas systems, storage tanks, and grooved pipeline systems.


Features of 3LPE coated seamless  steel pipes

High corrosion resistance: 3LPE coating provides excellent corrosion protection and extends the service life of the pipeline.
Strength and toughness: The structure of the seamless pipe gives it high strength and good toughness, suitable for use in high-pressure environments.
Excellent mechanical properties: Able to withstand large mechanical pressure and external impact.


The role of 3PE coating
Ensure the safety of pipelines in the power and communication industries: 3PE coated pipes are used in the power and communication industries to protect the safety of cables and communication lines.
In the natural gas transmission system, 3PE coating is equally important to ensure that the natural gas pipeline is not corroded by the outside world, ensuring the safety of gas transmission and the life of the pipeline.
By using 3LPE coated seamless pipes and 3PE coated pipes, the Chengdu natural gas project not only ensures the safe transportation of natural gas, crude oil and refined oil, but also provides solid protection for power, communication and water pipe systems.

seamless steel pipes seamless steel pipes

seamless steel pipes seamless steel pipes

Recommended Products

We use cookies to offer a better browsing experience, analyze site traffic, and personalize content. By using this site, you agree to our use of cookies.

Accept
Decline