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Stainless Steel 201 Tubing

Stainless Steel 201 Tubing

201 Stainless Steel tubing is an indispensable part of many industrial processes. One of the most common varieties of tubing used in industries is designated Stainless Steel 201 Tubing. Its main chemical components are iron, chromium, and nickel, providing it with a variety of impressive properties such as its corrosion resistance, high level of durability, and its adaptability to different environments. The composition of Stainless Steel 201 Tubing gives it superior strength and tensile capacity, which makes it an optimal choice for harsh industrial projects. Furthermore, due to its heat resistivity and alloy permanent-magnetic properties in special circumstances, stainless steel tubes remain quite popular in many modern mechanical applications.

Stainless Steel 201 Tubing is an excellent, low-cost choice for a multitude of uses and applications. Featuring increased corrosion resistance and higher creep and stress rupture properties than standard 304-grade stainless steel tubing, this high-quality metal alloy can be used in extremely acidic environments such as those often found in food processing and medical settings. Moreover, the nonmagnetic nature of SS 201 makes it ideal for applications where magnets are not allowed—aircraft construction, scientific laboratories, and more. Additionally, its relatively high tensile strength means it maintains its shape under pressure despite being ductile enough to take on various forms. Used around the world for everything from handrails to oil lines to gas and water systems, Stainless Steel 201 Tubing continues to prove its value and versatility for industrial projects far and wide.

201 Stainless Steel tubing is an indispensable part of many industrial processes. One of the most common varieties of tubing used in industries is designated Stainless Steel 201 Tubing. Its main chemical components are iron, chromium, and nickel, providing it with a variety of impressive properties such as its corrosion resistance, high level of durability, and its adaptability to different environments. The composition of Stainless Steel 201 Tubing gives it superior strength and tensile capacity, which makes it an optimal choice for harsh industrial projects. Furthermore, due to its heat resistivity and alloy permanent-magnetic properties in special circumstances, stainless steel tubes remain quite popular in many modern mechanical applications.

Stainless Steel 201 Tubing is an excellent, low-cost choice for a multitude of uses and applications. Featuring increased corrosion resistance and higher creep and stress rupture properties than standard 304-grade stainless steel tubing, this high-quality metal alloy can be used in extremely acidic environments such as those often found in food processing and medical settings. Moreover, the nonmagnetic nature of SS 201 makes it ideal for applications where magnets are not allowed—aircraft construction, scientific laboratories, and more. Additionally, its relatively high tensile strength means it maintains its shape under pressure despite being ductile enough to take on various forms. Used around the world for everything from handrails to oil lines to gas and water systems, Stainless Steel 201 Tubing continues to prove its value and versatility for industrial projects far and wide.

Stainless Steel 201 Tubing FAQ's  

Stainless Steel 201 Tubing Start From Rs. 250/Kilogram To Rs. 300/Kilogram


Stainless steel 201 tubing is highly corrosion resistant, making it ideal for applications where exposure to chemical or environmental elements is a concern. It also offers excellent formability and ductility, allowing it to be easily bent, cut, and welded into the desired shape. It can also withstand high temperatures and pressures, making it an excellent choice for many industrial applications.


No, stainless steel 201 tubing does not require any special maintenance or cleaning procedures. It can be cleaned with mild soap and warm water if needed. However, it should not be exposed to strong acids or bases as this may cause damage to the surface of the material.


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