What is MS PFA Lined Pipes?
MS PFA Lined Pipes are a versatile material which is highly resistant to corrosion. These pipes are highly suitable for the transfer of chemicals at high temperatures. These pipes are available in different grades and are manufactured by using advanced technologies and quality raw materials. MS PFA Lined Pipes are designed for use in hazardous and corrosive applications and are equipped with leak detection holes for increased safety and reliability.
Specification of MS PFA Lined Pipes
MS PFA Lined Pipes are available in a wide variety of sizes and diameters. Compared to other metals, they are much less expensive. They are also easily weldable. These pipes are a cost-effective option for critical service applications.
MS PFA Lined pipe systems are used in almost every industry that processes highly corrosive and hazardous acids and solvents, including the chemical, petrochemical, food, and pharmaceutical industries.
These chemicals are frequently transported from storage vessels to mixing tanks or reactors, where they form an intermediate product. Because these chemicals are highly acidic and corrosive in nature, they corrode and eat away at the steel piping used as conveyors, rendering the system useless and unsafe for use.
Internal PTFE lining can be applied to steel pipes, elbows, tees, reducers, spacers, valves, and other pipeline fittings to prevent corrosion, for example, in a pipe system.
MS PFA Lined Pipes come with a polypropylene liner, which protects the internal surface of the pipe from corrosion. FEP Line Valves are also available in this material.
PTFE and PFA lined pipes are excellent choices for conveying and treating highly corrosive fluids in harsh conditions. These materials are chemically inert and can withstand fluids with temperatures as high as 230 degrees Celsius. PTFE lined pipe is resistant to corrosion and does not age. The outer layer of PTFE is non-sticky and has good dielectric properties. These pipes are also suitable for injection and extrusion processes. Moreover, they are highly resistant to temperature fluctuations. They are also resistant to thermal shock and sudden changes in temperature.
