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Austenitic Stainless Steel 301Ni7
Compared to 301S product, the Ni content increased to 7.0, and under the same HV quenching and tempering, the magnetic properties were low and the elongation was good
Suitable for cylinder gaskets, electronic accessories, connectors, etc
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Suitable for cylinder gaskets, electronic accessories, connectors, etc
Austenitic Stainless Steel 304J1
304J1 is a stainless steel developed based on 304. Compared with 304, the content of Cr and Ni is lower, and the content of Mn has increased, but it has not reached the level of the 200 series
Suitable for Insulated bottles, insulated lunch boxes, kitchen combination stoves (Sink), range hood collective feeding facilities, products that require pressure processing
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Suitable for Insulated bottles, insulated lunch boxes, kitchen combination stoves (Sink), range hood collective feeding facilities, products that require pressure processing
Austenitic Stainless Steel 301
Compared to 304, the tensile strength and hardness increase during cold processing, and there is magnetism after cold processing. According to the processing performance, it is divided into K/B/S/HT and other categories
Suitable for trains, aircraft, conveyor belts, vehicles, bolts, nuts, springs, screens, automotive parts, electronic parts, etc
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Suitable for trains, aircraft, conveyor belts, vehicles, bolts, nuts, springs, screens, automotive parts, electronic parts, etc
A240/A240M Stainless Steel 316L
On the basis of 304, Mo was added while reducing the content of C, resulting in excellent corrosion resistance
Suitable for chemical equipment, power energy, food processing, marine pipelines, building foundations, etc
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Suitable for chemical equipment, power energy, food processing, marine pipelines, building foundations, etc
Low-Carbon Stainless Steel 304L Sheet and Coil
304 L is a low-carbon 304 steel. Corrosion resistance is similar to 304 in normal conditions, but it has good intergranular corrosion resistance after welding or stress relief. After processing, it still retains corrosion resistance without annealing and is generally used below 4 ° C (non-magnetic, operating temperature -196-800 ° C)
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