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304 Stainless steel square tube
Stainless steel 304 is an austenitic grade of stainless steel that contains high nickel content, typically somewhere between 8 and 10.5 percent by weight and a high amount of chromium that comprises approximately 18 to 20 percent by weight. The lower carbon content of grade 304 stainless steel minimizes chromium carbide precipitation from welding and the alloy’s susceptibility to intergranular corrosion.
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2507 Precision Stainless steel square tube
Duplex Alloy 2507 is a super duplex stainless steel with 25% chromium, 4% molybdenum and 7% nickel. It has excellent resistance to chloride stress corrosion cracking, high thermal conductivity, and a low coefficient of thermal expansion. The high chromium, molybdenum and nitrogen levels provide excellent resistance to pitting, crevice and general corrosion. The impact strength is also high. Duplex Alloy 2507 is not recommended for applications which require long exposures to temperatures above 570 °F because of the risk of a reduction in toughness.
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430 Stainless steel square tube
Type 430 is a chromium ferrite stainless steel with moderate corrosion and heat resistance. It is nonhardenable by heat treatment. Type 430 is magnetic and exhibits good ductility. It can be readily formed into many desired shapes.
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201 Stainless steel square tube
201 stainless steel is an austenitic chromium-nickel-manganese stainless alloy. It was developed mid century to conserve nickel and it is used as an alternative to type 301 in some tempered applications. Because of 201 's relatively high yield strength in the annealed condition, use of 201 is limited. Type 201 is generally used in the tempered condition particularly for springs and fasteners. 201 Stainless will retain a comparable ductility to 301 even with the higher yield strength.
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316L Stainless steel square tube
Type 316 (UNS 31600) is an austenitic chromium-nickel stainless steel alloy containing molybdenum. This addition increases corrosion resistance, improves resistance to pitting chloride ion solutions and provides increased strength at elevated temperatures. Properties of this austenitic stainless steel grade are similar to those of type 304 except that type 316 is somewhat stronger at elevated temperature ranges. In regards to formability, 304 stainless is usually a better option for forming operations because the higher molybdenum content in Grade 316 means that it possesses higher strength and work-hardening rates which can have adverse effects on formability. While 316 can typically be drawn and formed in a similar fashion to 304, temperature variations can make those processes challenging. For instance, the 316 alloy may become magnetic when cold worked.
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