317L 253MA Stainless steel plate

Stainless steel plate

Product Name	Stainless Steel Sheet /Stainless Steel Plate
Standard	ASTM A 240 , GB/T3280-2007 ,JIS4304-2005, ASTM A167,EN10088-2-2005 ETC
Material	310S,310,309,309S,316,316L,316Ti,317,317L,321,321H,347,347H,304,304L,
	302,301,201,202,403,405,409,409L,410,410S,420,430,440C,630,904L,2205,2507,253Ma and so on ..
Technique	Hot rolled / Cold rolled
Surface Treatment:	NO.1, 2D, 2B ,BA, HL/Brushed/Sand Blast ,NO.4/Matte, 8k Mirror finish ,Embossed/Checkered , Etched etc
Length	2000mm , 2440mm ,3000mm 6000mm or as customers' requirement
Width	1000mm, 1219mm, 1500mm 2000,2500mm etc
Thickness	0.01-200mm
Application	It is widely used in high temperature applications, medical devices, building materials, chemistry, food industry, agriculture, ship components.
	It also applies to food, beverage packaging, kitchen supplies, trains, aircraft, conveyor belts, vehicles, bolts, nuts, springs, and screen etc .

Stainless 253 MA is a lean austenitic heat resistant alloy with high strength and outstanding oxidation resistance. 253 MA maintains its heat resistant properties by advanced control of micro alloy additions. The use of rare earth metals in combination with silicon gives superior oxidation resistance up to 2000°F. Nitrogen, carbon and a dispersion of rare earth and alkali metal oxides combine to provide creep rupture strength comparable to the nickel base alloys. A wide variety of components requiring high strength at elevated temperatures such as heat exchangers, kilns, stack dampers and oven components are common applications for 253 MA.

Stainless steel 253 MA is readily fabricated by standard commercial procedures. In comparison to carbon steel, stainless steels are tougher and tend to work harden rapidly. However, with positive feeds and slow speeds combined with abundant cutting fluid this alloys tendency to work harden may be minimized. 253MA contains fairly low nickel content, which gives it some advantage in reducing sulphide atmospheres when compared to high nickel alloys and to Grade 310. The inclusion of high silicon, nitrogen and cerium contents gives the steel good oxide stability, high elevated temperature strength and excellent resistance to sigma phase precipitation.