LG Pipes and Tubes products

Alloy 304 is a versatile austenitic grade of stainless steel. A Stainless Steel 304 Pipe is designed possessing a superior concentration of 18% chromium with 8% nickel content. The superior concentration in the SS 304 Pipe gives these modules excellent corrosion and oxidation resistance properties across stress-induced environmental conditions. The most common and widely used 304 Stainless Steel Tube showcases excellent welding characteristics and can be drawn without the requirement of annealing procedures. Designed possessing a superior mechanical performance, the SS 304 Tubing has a minimum tensile strength of 515mpa with a minimum yield strength of 205mpa. These tubes can be readily elongated by a minimum of 40%. AISI 304 Schedule 40 Pipe is designed with a Brinell hardness of 201 HB max while exhibiting an excellent density of 8.0 kg/m3.

304L is an austenitic grade of low-carbon stainless steel. The 304L Stainless Steel Pipe is designed with superior chemical concertation containing nickel and chromium embedded in their structure. This gives the 304L Stainless Steel Tube superior corrosion and oxidation resistance properties. They are designed to work in temperatures up to 1600 degrees F. For continuous service, the Stainless Steel 304L Tube is not recommended in temperatures between 800 to 1589 degrees F. This gives the tubes to possess excellent tolerance to carbide precipitation. The 304L Tubing showcases excellent mechanical properties. These tubes have a minimum tensile strength of 70ksi with a minimum yield strength of 25ksi. The 304L Stainless Steel Tubing can be readily elongated by 40% and still possess excellent workability. This versatile tubing is designed with a hardness of 201max Brinell.

A 304H grade is a high-carbon austenitic stainless steel grade. The 304H Stainless Steel Pipe is designed with a superior chemical composition of 18% chromium and 8% nickel. The superior content gives these pipes enhanced corrosion and oxidation resistance properties. A Stainless Steel 304H Pipe performs well in elevated temperatures due to the presence of excess carbon embedded in it. These pipes also can withstand environments that contain reducing chlorides and sulfuric acids. They are; however, prone to pitting in marine systems. Welding the 1.4948 stainless steel pipe is slightly harder than the 304 and 304l grades. The pipes in this grade have a minimum tensile strength of 515mpa with a yield strength of 205mpa. The 304H Stainless Steel Tube can be easily elongated by a minimum of 40% while showcasing a hardness of Brinell 201 HB max. These tubes have a density of 8.0 g/cm3 with an elastic modulus of 193Gpa.

Grade 310 pipe is a low-carbon austenitic stainless steel grade. 310 Stainless Steel Pipe is designed with a superior chemical concentration of 24 to 26% chromium, 19 to 22% of nickel, and 0.75% molybdenum. This gives these pipes enhanced corrosion and oxidation resistance properties across stress-induced setups. A Stainless Steel 310 Pipe can work well in temperatures of above 2000 degrees F. These pipes also have outstanding hardness in cryogenic temperatures up to -450 degrees F.

Stainless steel 316 pipe belongs to an austenitic grade. The Stainless Steel 316 Pipe is designed with a superior content of 16-18% chromium, 10-12% nickel with 2-3% of molybdenum. The outstanding content embedded in the SS 316 Pipe gives them enhanced corrosion and oxidation resistance properties in an array of environments. The versatile Marine Stainless Steel Pipe has good tolerance to reducing acids, crevice corrosion, and pitting by acids in marine systems.

The 316H grade is a high carbon modification of the austenitic 316 grade. The 316H Stainless Steel Pipe is designed with a superior composition of nickel, chromium, and molybdenum with other constituting alloys. This gives the pipes enhanced resistance against reducing and corrosive media. The Stainless Steel 316H Pipe works well in structural and pressure vessel applications that are above 500 degrees C. The non-magnetic grade has enhanced heat-resistant qualities. Apart from this, it has good short and long creep strength in stress-induced setups. 316H Stainless Steel Tube has a density of 8 g/cm3 with a melting range between 1375 to 1400 degrees C. These tubes showcase superior mechanical properties along with thermal conductivity.

Carbon steel piping components are designed with a superior content of carbon spanning between 0.5 to 2.1 percent in weight. A Carbon Steel Pipe is constituted with different alloys that give it good corrosion and oxidation resistance properties in the systems. PTFE Lined carbon steel pipe showcases a low melting point and has outstanding durability in severe applications. They can operate in high pressures and temperatures up to 230 degrees C. FBE Lined carbon steel pipe are made up of two substrates that protect them against corrosive media over long periods of time. The versatile galvanized carbon steel pipe is produced by dipping the module in zinc, thereby improving the resistance and tolerance of the pipe grade.

Alloy steel piping components are designed with a range of alloying elements. The alloys in these pipes range from 1% up to 50%. The content of alloys help in determining the characteristics and properties of the components. The outstanding contents embedded in the Alloy Steel Pipe give these pipes superior corrosion and oxidation resistance across stress-induced systems. These pipes work well in a range of temperatures and pressure systems. They can be easily welded or threaded in place following standard procedures.

API 5L Gr B is a grade of the American Petroleum Institute. The API 5L Grade B Pipe covers seamless and welded pipe types. These pipes are designed for transmission lines in oil, petroleum, and natural gas. API 5L Gr B Pipe is designed with an outstanding chemical composition of carbon, manganese, phosphorous, sulfur, silicon, copper, nickel, chromium, and molybdenum. API 5L Gr B material showcases superior corrosion and oxidation resistance properties that are essential in the volatile system they are designed to work in. The grade covers PSL1 and PSL2 for sour and offshore service systems. The API 5L Grade B PSL2 High Yield Pipe showcases exceptional strength, chemical properties, and mechanical strength allowing it to be used in stress-induced setups. The API 5L Grade B material showcases a minimum tensile strength of 415mpa with a minimum yield strength of 240mpa in the system.

Nickel 200 is manufactured with commercial pure wrought nickel. The Nickel 200 Pipe possesses superior corrosion and oxidation resistance properties due to the higher content of nickel embedded in this grade. A Nickel Alloy Pipe has outstanding resistance against caustic alkalis in a range of pressures and temperatures.