potential hardness increase

It increases the quenchability and increases the resistance of some stainless steels.

A method of measuring the quenchability of a liquid coolant used to cool objects such as ingots produced by direct-chill casting.

The high carbon steel sheet is excellent in hardenability and toughness and can be formed with satisfactorily high accuracy.

By the end of the process, the two pieces of steel are fused together, but retain their differences in hardness.

By the end of the process, the two pieces of steel are fused together, but retain their differences in hardenability.

The material has high hardenability and toughness, does not contain precious alloy elements such as Mo, Ni, and is low in cost.

Also present are smaller quantities of Nickel and Manganese which increase the hardenability of the steel.

This alloy provides a unique combination of form tool machinability, corrosion resistance, and hardenability, particularly in the annealed condition (100 HRB max.).

Minor quantities of Nickel and Manganese are present, increasing the hardenability of the steel.

Also present are smaller quantities of nickel and manganese which increase the hardenability of the steel.

It is an essential element when it comes to alloys, as it enhances hardenability and persistence of tempered and destroyed steels.

It is a valuable alloying agent, as it contributes to the hardenability and toughness of quenched and tempered steels.

A tool steel family with outstanding thermal diffusivity, hardness and wear resistance has been developed, also exhibiting good hardenability.

Molybdenum increases the strength, elastic limit, resistance to wear, impact qualities and hardenability.