This paper addresses the design and trial manufacture of a mechanical properties testing machine for inorganic non-metallic materials.By adopting high precision measurement and control technologies,the testing machine can meet the demand of accurate mechanical mechanical testing of inorganic nonmetallic materials.Combining traditional mechanical performance testing principles with modern mechatronics engineering technology,a high performance mechanical performance testing machine has been designed.The results show that the machine achieves high measurement accuracy in hardness testing,with the hardness values of alumina ceramic and silicon nitride ceramic reaching HB2100 and HB1850,respectively.In a tensile test,the fracture strength of silicon carbide fiber is as high as 2800MPa,with a fracture elongation rate controlled at 1.6％.In impact testing,the machine successfully simulates the damage of glass fiber composites and carbon fiber composites under different impact energies,such as part of the fiber fracture,matrix cracking and so on.The designed and trial-produced testing machine for inorganic non-metallic materials meets the expected technical requirements,and provides support for the mechanical properties of inorganic non-metallic materials.
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