316, ASTMA-666 stainless steel strip are molydbenum bearing stainless steels possessing a greatly increased resistance to chemical attack as compared to that of the basic chromium-nickel analysis. In addition, Type 316 also offers higher creep, stress-to-rupture, and tensile strengths at elevated temperatures than any other stainless steel. Gibbs Interwire stocks this material in gauges from… [Read More]
0.0080 in, 201 Stainless Steel Strip X Coil
Originally developed as a result of resource allocation during World War II, Austenitic Stainless Steel Type 201( ASTM-A-666/UNS S20100), contains a lower Nickel content (4.5% vs 8.1%) and higher Manganese content (7.1% vs 1%) than Types 301 and 304. T201 addresses the continued volatility of Nickel prices while offering comparable corrosion resistance and formability to… [Read More]
0.0100 in, 201 Stainless Steel Strip X Coil
Originally developed as a result of resource allocation during World War II, Austenitic Stainless Steel Type 201( ASTM-A-666/UNS S20100), contains a lower Nickel content (4.5% vs 8.1%) and higher Manganese content (7.1% vs 1%) than Types 301 and 304. T201 addresses the continued volatility of Nickel prices while offering comparable corrosion resistance and formability to… [Read More]
0.0110 in, 201 Stainless Steel Strip X Coil
Originally developed as a result of resource allocation during World War II, Austenitic Stainless Steel Type 201( ASTM-A-666/UNS S20100), contains a lower Nickel content (4.5% vs 8.1%) and higher Manganese content (7.1% vs 1%) than Types 301 and 304. T201 addresses the continued volatility of Nickel prices while offering comparable corrosion resistance and formability to… [Read More]
0.0120 in, 201 Stainless Steel Strip X Coil
Originally developed as a result of resource allocation during World War II, Austenitic Stainless Steel Type 201( ASTM-A-666/UNS S20100), contains a lower Nickel content (4.5% vs 8.1%) and higher Manganese content (7.1% vs 1%) than Types 301 and 304. T201 addresses the continued volatility of Nickel prices while offering comparable corrosion resistance and formability to… [Read More]
