N/A Carbon .08 Max.
Manganese 2.00 Max.
Phosphorus .040 Max.
Sulphur .30 Max.
Si. .75 Max.
Cr.24.00/26.00
Ni. 19.00/22.00
Mo. .75 Max.
Cu. .75 Max.

N/A The following specifications are generally applicable:
ASTM A 240, ASTM A 167, AMS 5521, QQ-S-766

N/A This alloy is used where good corrosion resistance as well as heat resistance are required, especially where welding is required during fabrication. Widely used for furnace applications particularly where temperatures get as high as 2000°F. Typical applications would be furnace parts, boiler baffles, fire box plates, oven linings, and furnace boxes.

N/A Type 310S has excellent general corrosion resistance and is superior to other 18-8 types in some environments.

N/A This alloy has excellent resistance to scaling up to 2100°F in continuous service and 2000°F in intermittent service.

N/A Applicable specifications require the following properties of plates in the annealed condition:
Tensile Strength - 75/100.00 psi
Yield Strength - 30,000 psi Min.
Elongation in 2" - 40% Min.
Brinell Hardness 183 Max.

N/A Type 310S has a machinability rating of approximately 36% with 1212 rated 100%. Surface cutting speed in turning operations is approximately 60 feet per minute. Due to its work hardening characteristics increased feeds and slower speeds are usually beneficial.

N/A Easily welded and brazed by all methods.

N/A Forge using intial temperature of 2000°F to 2250°F. Do not forge below 1800°F.

N/A Annealing range is between 1900°F and 2100°F Cool rapidly.
Water should be used for heavier sections, air for lighter sections.