Precision universal material testing machine, computerized tensile testing machine, electronic universal testing machine, tensile testing machine manufacturer, product keywords: precision tensile testing machine

Brief introduction:
The universal material tensile testing machine is widely used for mechanical property testing of metals, rubber, plastics, metal bars, metal pipes, metal sheets, metal profiles, and composite materials. It is also suitable for various finished product tensile, compression, peeling, shear, tear, bending (folding), metal welding strength, and riveting strength tests when combined with specialized fixtures. The universal material tensile testing machine can print multiple data and make graphical output comparisons based on different data, with high control accuracy and easy operation; Adopting modular design, various accessory varieties are complete, and the matching is flexible.
Details introduction:
1、 Product Introduction
The universal material tensile testing machine is widely used for mechanical property testing of non-metallic materials such as metals, rubber, plastics, metal bars, metal pipes, metal sheets, and metal profiles. It is also suitable for various finished product tensile, compression, peeling, shearing, tearing, bending (folding), metal welding strength, and riveting strength tests when used in conjunction with specialized fixtures. Multiple data can be printed, and graphical output comparison can be made based on different data, with high control accuracy and easy operation; Adopting modular design, various accessory varieties are complete, and the matching is flexible.
The universal material tensile testing machine is mainly suitable for testing the mechanical properties of metals such as tension, compression, bending, etc. It can also achieve multi closed cycle tests such as constant stress, constant strain, creep, relaxation, axial, radial, etc. According to standards such as GB, JIS, ASTM, DIN, etc., the tensile strength, yield strength, elongation at break (any percentage), and elongation at break (any percentage) can be automatically calculated.