310/310S Stainless Steel 4*8 2B/HL/NO.1/NO.4/8K / Sheet or Plate
2017-12-26 18:29  Visit:197
Price:Unfilled
Send inquiry

310s stainless steel owns good oxidation resistance and corrosion resistance. Because of high percentage of Cr and Ni, 310s stainless steel has good  multiple creep strength and high temperature resistance, it can work constantly under high temperature.


Application area:

Stamping die,clamps and tools,boiler construction and other areas.

Chemical composition(WT%)

(C) :≤0.08

(Si) :≤1.50

(Mn) :≤2.00

(Cr) :24.0 to 26

(P) :≤0.035

(S) :≤0.030

(Ni) : 19.0 to 22.0

 

physical property

tensile strength:≥520MPa

Yield strength:≥205MPa

Elongation:more than 40%

 

The normal size of 310s stainless steel sheet is 1000mmx2000mm, 1219mmx2438mm, 1500mmx6000mm,1800mmx6000mm, thickness range from 0.3mm to 12mm are all ready is stock.

Usually, it only takes 3 working days for us to make delivery if the products are ready in stock.

Of course, unusual size can also be customized according your request.

 

FAQ:

Application areas of 310S stainless steel.

310 SS are highly alloyed austenitic stainless steels designed for service at elevated temperature. The high Cr and Ni contents enable this alloy to resist oxidation in continuous service at temperatures up to 2200°F provided reducing sulfur gases are not present. In intermittent service, 310S SS can be used at temperatures up to 1900°F as it resists scaling and has a relatively low coefficient of expansion. Increased level of silicon in 310 SS further improves oxidation resistance at higher temperature. Carburizing atmosphere may reduce the total life depending on the actual conditions. However, these grades have superior resistance compared to lower-chromium-nickel grades. 

These grades are used for their high-temperature oxidation resistance for applications such as furnace parts, furnace conveyer belts, insulation holding studs, etc.


310 stainless steel sheet



310s 8K surface stainless steel sheet



310s stainless steel plate


Message

TO: jianghehai

E-mail:

Content:

Contact information
Comment
0