Testing of mechanical properties of cemented carbide

Mechanical properties of materials are also known as mechanical properties. Any material will deform after being stressed, and fracture will occur when deformation reaches a certain degree.

The deformation and fracture behavior of the material under the action of external load is called mechanical behavior, which is determined by the material structure inside the material and is an inherent property of the material. And cemented carbide is called industrial teeth, let's see it put to the test!

The mechanical properties of cemented carbide products are commonly tested by tensile test, compression test, bending test, etc., and the commonly used testing instruments are NENG testing machine and high-speed testing machine.

Tensile test is one of the most commonly used test methods, used to determine the behavior of specimens subjected to axial tensile load. These types of tests can be performed at room temperature or under controlled (heating or cooling) conditions to determine the tensile properties of the material.

The compression test is a test commonly used to determine the compressive load or compressive resistance of a material, as well as the ability of a material to recover after being subjected to a specific compressive load and held for a set period of time. Compression tests are used to determine the behavior of materials under loading. It is also possible to determine the maximum stress the material can withstand under (constant or increasing) loading over a period of time.

Bending test is one of the basic methods of mechanical properties test of materials. It is used to determine the mechanical properties of materials under bending load.

Our company have CNC center, modern factory, testing center, strong strength and R & D team to ensure the quality of products delivered according to the market demand to improve performance, which is your best choice for cooperation.