1. Compressive strength: Compressive strength refers to the impact, excessive plastic deformation or fracture characteristics of high carbon ferrochrome powder under static charge effect. Because materials may have stretching, bending, cutting and other processes, so the compressive strength is also divided into compressive strength, tensile strength, tensile strength, tensile strength and so on. There is often a certain correlation among all kinds of compressive strength. In general, there are more compressive strength standards based on compressive strength in application.
2. Plastic deformation: plastic deformation refers to the high carbon ferrochrome powder in the load effect, resulting in deformation but does not affect the use of the ability to work.
3. Hardness: Hardness is to consider the hard and soft level of high carbon ferrochrome powder standard. At present, the most common hardness measurement method in the production and manufacturing is the pressing hardness method, which uses a certain geometric shape of tension in a certain load diastolic pressure into the surface of the tested raw materials, according to the pressing level to measure its hardness value.
