Rubber spring torsional stiffness testing machine

Application of rubber spring torsional stiffness testing machine: Suitable for conducting torsional stiffness testing of rubber springs, as well as testing the torsional performance of metal materials, non-metal materials, composite materials, and components. $r $n $r $n Features: Equipped with two torque sensors, with a wide testing range. Switching between different torque sensors through the rotation of the tail support is simple and convenient. Adopting high-precision four jaw self centering chuck, with high centering accuracy. It can automatically display and record the torque torsion angle curve, calculate the coverage area of the test curve, and automatically calculate the torque, torsion angle, and torsion stiffness. $r $n $r $n China will strive to promote the introduction of good trials in China

Rubber spring torsional stiffness testing machinePurpose: Suitable for conducting torsional stiffness tests on rubber springs, as well as testing the torsional performance of metal materials, non-metal materials, composite materials, and components.

　　Rubber spring torsional stiffness testing machineFeatures: Equipped with two torque sensors, with a wide testing range. Switching between different torque sensors through the rotation of the tail support is simple and convenient. Adopting high-precision four jaw self centering chuck, with high centering accuracy. It can automatically display and record the torque torsion angle curve, calculate the coverage area of the test curve, and automatically calculate the torque, torsion angle, and torsion stiffness.

Main functions

Torsional stiffness test: to determine the rigidity characteristics of rubber springs when subjected to torsional forces.

Torque measurement: Accurately measure the magnitude of torque applied to the sample.

Twist angle detection: Record the change in twist angle of the sample during the force process.

structural characteristics

Loading system: driven by high-precision servo motors, precise torsional loading of the sample is achieved through a reduction mechanism.

Sensors: Use high-sensitivity torque and angle sensors to accurately capture experimental data.

Control system: Generally equipped with a good computer control system, supporting automatic control, data acquisition and analysis.

Safety protection: equipped with overload protection, emergency stop and other functions to ensure the safety of operators and equipment.

Application field

Automotive industry: used to test the performance of rubber springs used in vehicle suspension systems.

Mechanical manufacturing: suitable for testing components in various types of mechanical equipment that need to withstand torsional stress.

Research education: providing experimental platforms for universities and research institutions to support teaching and research work in related disciplines.