Element Function Of Stainless Steel Plate

- Nov 04, 2018-

Carbon (C): 

1.Improve the anti-deformation ability and tensile strength of the blade;

2.Enhance hardness and improve wear resistance. 

Chromium (CR): 

1. Enhanced hardness, tensile strength and toughness; 

2.Resistant to wear and corrosion. 

Cobalt (Co): 

1. Increase hardness and strength, so that it can withstand high temperature quenching; 

2.Used in more complex alloys to reinforce certain individual properties of other elements. 

Copper (Cu): 

1. Enhanced corrosion resistance; 

2.Enhance anti-wear ability. 

Manganese (MN): 

1. Increased quenching, abrasion resistance and tensile strength; 

2. The oxygen is taken away from the molten metal by separating oxidation and separating vaporization; 

3.When added in large quantities, the hardness is enhanced, but the brittleness is increased.

Molybdenum (Mo): 

1. Enhanced strength, hardness, quenching and toughness;

2. Improve mechanical processability and corrosion resistance. 

Nickel (NI): 

1.Enhanced strength, hardness and corrosion resistance.

Phosphorus (P): 

1. Enhanced strength, mechanical processability and hardness.

2. Brittle cracking when the concentration is too large 

Silicon (Si): 

1. Enhanced ductility; 

2. increase tensile strength; 

3.Oxygen is taken away from molten metals by separating oxidation and separating vaporization.

Sulfur (S): A small amount of use can improve mechanical processability.

Tungsten (W): Increased strength, hardness and toughness. 

Vanadium (V): Increase strength, hardness and seismic capacity.