Tensile testing machines are widely used in metrology and quality inspection; rubber and plastics; metallurgy and steel; machinery manufacturing; electronics and electrical appliances; automobile production; textiles and chemical fibers; wires and cables; packaging materials and food; instruments and meters; medical devices; civil nuclear energy; civil aviation; universities; research institutes; commodity inspection and arbitration, technical supervision departments; building materials and ceramics; petrochemicals and other industries. Tensile clamps are an important component of the instrument; different materials require different clamps, and they are a crucial factor in the smooth conduct of the test and the accuracy of the results.
Tensile testing machines are widely used in various materials such as hardware, metals, rubber and plastics, footwear, leather, clothing, textiles, insulators, wires, cables, and terminals to test their tensile, tear, peel, compressive, and bending properties. They are versatile and widely applicable in material research and development and testing. Tensile testing machines are available in electronic, hydraulic, and electro-hydraulic servo types.