310 stainless steel strip Supplier

Chemical Composition: The chemical composition of 310 stainless steel strip contains about 25% chromium, about 20% nickel, and about 0.25% carbon, and also contains small amounts of silicon, manganese, and phosphorus. While 310S stainless steel strip has reduced carbon content based on 310, usually below 0.08%, to provide better high-temperature resistance.

High-Temperature Performance: 310 stainless steel strip has excellent high-temperature resistance, which can maintain their strength and oxidation resistance in a high-temperature environment. And 310S stainless steel strip further improves its high-temperature resistance by reducing the carbon content, which enables it to work at higher temperatures.

Welding Performance: Due to the difference in carbon content, the  310S stainless steel strip has better weldability in the welding process. It has more stable weldability at high temperatures, making it easier to achieve good weld quality.

Corrosion Resistance: 310 stainless steel strip and 310S stainless steel strip have similar corrosion resistance in general corrosive environments. However, due to the low carbon content of 310S, it has better oxidation resistance at high temperatures.

Chemical Composition: The chemical composition of 310 stainless steel strip contains about 25% chromium, about 20% nickel and about 0.25% carbon, and also contains a small amount of silicon, manganese and phosphorus. The chemical composition of 304 stainless steel strip contains about 18% chromium and about 8% nickel, with no or very low carbon content.

High Temperature Performance: 310 stainless steel strip has excellent high temperature resistance and is able to maintain its strength and oxidation resistance in high temperature environments. The high temperature performance of 304 stainless steel strip is relatively low, and it may oxidize or lose some of its strength at higher temperatures.

Corrosion Resistance: 310 stainless steel strip and 304 stainless steel strip both have good corrosion resistance in general corrosive environments. However, due to the higher chromium and nickel content of 310 stainless steel strip, its corrosion resistance is better under corrosive media such as high temperature and strong acids and alkalis.

Application Areas: Due to its excellent high temperature performance, 310 stainless steel strip is commonly used in high temperature furnaces, oil refinery equipment, heat treatment equipment and other fields that require high temperature resistance. And 304 stainless steel belt is widely used in various fields such as architectural decoration, manufacturing, food processing, etc.

Chemical Composition: 310 stainless steel strip is mainly composed of chromium (Cr), nickel (Ni) and molybdenum (Mo), with high chromium and high nickel content; while 316 stainless steel strip contains chromium, nickel, molybdenum and some other elements, such as relatively high molybdenum content.

Corrosion Resistance: 310 stainless steel strip has excellent corrosion resistance in high temperature and strong oxidizing environments, especially for high temperature applications; while 316 stainless steel strip has good corrosion resistance in general atmospheric and chemical environments, especially for acid corrosion and alkali corrosion resistant applications.

Mechanical Properties: 310 stainless steel strip has high tensile strength and resistance to thermal expansion and is suitable for engineering applications in high temperature environments; while 316 stainless steel strip has good tensile strength and plasticity and is suitable for general engineering and structural applications.

Magnetism: 310 stainless steel strip is usually non-magnetic, i.e. has a low magnetic permeability; while 316 stainless steel strip has some magnetic properties, although not as strong as ordinary carbon steel.

Application Areas: Because of its high temperature resistance and oxidation resistance, 310 stainless steel strip is commonly used in heat treatment equipment, high temperature furnaces, heat exchangers and other high temperature applications; while 316 stainless steel strip is widely used in chemical, marine, medical, food processing and other fields, and is especially suitable for corrosion resistance and high hygiene requirements.

Here are best ways to cut stainless steel strips for your reference:

Shear Cutting: Manual shears, shear tools, or shear machinery can be used for shear cutting. This method is suitable for thinner stainless steel strips and can achieve fast and accurate cutting.

High-Speed Cutting: Using high-speed cutting equipment, such as laser cutting machines, plasma cutting machines, etc., for high-speed cutting. This method is suitable for thicker stainless steel strips and can achieve efficient and accurate cutting.

Hobbing: Cutting by hobbing is suitable for wider and thinner stainless steel strips. Hobbing allows for continuous cutting and is suitable for high-volume production.

Waterjet Cutting: Cutting with high-pressure water flow and abrasive, suitable for cutting various stainless steel strips, especially for complex shapes and precision cutting needs.

Sawing Cutting: Using metal saw blades for cutting, suitable for wider stainless steel strips. Saw cutting is slower, but suitable for cutting various stainless steel materials and larger sizes.

Huaxiao stainless steel supplier offers a wide range of stainless steel strip sizes to meet the different needs of our customers.

The surface treatment methods of 310 stainless steel strips can be selected according to the application needs and the requirements of the usage environment. The following are some common surface finishes:

2B Surface: Surface obtained by cold rolling and annealing process with a low brightness rolled finish, suitable for generally less demanding applications.

BA Surface: Surface obtained by bright annealing process with high brightness and smoothness for demanding decorative applications.

No.4 Surface: Abraded surface with uniform fine grit texture for decorative and anti-scratch demanding applications.

Mirror Surface: Multi-polished surface with extremely high brightness and mirror effect for highly demanding decorative and reflective applications.

Titanium Surface: treated with a titanium coating for a metallic feel and scratch resistance for demanding decorative and anti-scratch applications.

Huaxiao stainless steel strip supplier can customize the surface treatment according to specific requirements, such as anti-fingerprint treatment, anti-corrosion treatment, etc., to meet the needs of different fields.