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Application In Industry:

●Mechanical performance tests and analysis such as tension, compression, peel, tear, and shear;

●Rubber plastics;

●Measurement and quality inspection;

●Commodity inspection arbitration;

●Technical supervision department;

●Institutions of higher learning;

●Research laboratory;

●Basic Materials Laboratory;

●Metallurgical iron and steel;

●Mechanical manufacturing;

●Electronic appliances;

●Automobile production;

●Textile chemical fiber;

●Wire and cable;

●Packaging materials and food;

●Instruments and meters;

●Medical devices;

●Petrochemical industry;

●Civil nuclear energy;

●Aerospace;

●Ceramic materials;

●Magnetic material industry;

●Energy battery;

●Basic materials;

●Special materials and other fields.

 

 

Application In Product :

●Plastic;

●Sheeting;

●Fibers and fine threads;

●Adhesive;

●Foam material;

●Tape;

●Elastic body;

● Connector;

●Biological materials;

●Wooden and paper products;

●Metal foil;

●Metal wire;

●Medium to low strength metals;

●Oil bearing;

●Ceramic;

●Parts;

●Fasteners;

●Composite material.

MS-100SC Series Dual-column Computerized Tensile Testing Machine

  • ●Electronic technology with software technology and mechanical transmission.

     

    ●Stepper motor system as a precise power source, precision ball screws and guide rods, and utilizes C3-level high-precision force sensors.

     

    ●Through a high-precision force measurement system, precise measurements can be achieved.

     

    ●Dual-column structure and are mainly used for material tests with loads below 10kN.

     

    ●Sturdy structure, good rigidity, easy operation, and simple maintenance, making them the ideal testing instrument for mechanical testing in various factories and enterprises.

     

    ●Wide and accurate range of loading speeds and force measurement capabilities, with high precision and sensitivity in measuring and controlling loads, deformations, and displacements.

     

    ●Measure parameters such as stress, strain, displacement, and can determine maximum force value, tensile strength, bending strength, compression strength, elastic modulus, fracture elongation, yield strength, and other parameters.

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