The static electronic torsion testing machine for carbon fiber composite materials is a precision equipment used to test the torsional mechanical properties of carbon fiber and its composite materials. It can measure key parameters such as torsional strength, torsional stiffness, and torsional deformation of materials. It can also be used to test the torsional strength of metal or non-metal materials and composite materials, as well as various parts, such as torsional failure of materials, torsional shear modulus, multi-step torque loading, and adding corresponding accessories. It can also be used to conduct torsional tests on components and parts If equipped with a microcomputer small angle measuring device, it can accurately obtain experimental data such as torsional elastic modulus, shear modulus G, and non proportional stress The software adopts virtual instrument testing technology and has functions such as experimental control, data acquisition, data analysis, and report preparation It is a testing and inspection equipment for quality inspection units, colleges, research institutes, and industrial and mining enterprises. This machine complies with the torsion testing machine standards and material testing methods of GB/T 9370-1999, JJG 269-1981, and GB/T 239-1999.

The static electronic torsion testing machine for Hengyi carbon fiber composite materials mainly introduces:

An electronic torsion testing machine generally consists of a main unit, a fixture, sensors, and a control system. Its mainframe mostly adopts a horizontal structure, which can perform torsion tests on various materials (including metal, plastic, rubber, wire, etc.). During the experiment, the material is driven to rotate by the driving system, and the sensor records real-time data such as torque and torsion angle.

Technical parameters of static electronic torsion testing machine for Hengyi carbon fiber composite materials:

Model: HY-1000N.m

1. Measurement range of moment (N · M): 1000N. m

2. Relative error of torque measurement: ± 1%

3. Twist angle measurement range: 0-100000 ° (or infinite)

4. Relative error of torque measurement: ± 1% (actual achieved above ± 0.5%)

5. Relative error of torsion angle measurement: ± 1% (actual achieved above ± 0.5%)

6. Relative error of angle measurement: ± 1% (actual achieved above ± 0.5%)

7. Relative error of angular velocity: ± 1%

8. Maximum spacing between clamps: 550mm

9. Twisting speed: 0-1000 °/min

10. Clamping sample size: Φ 6mm - Φ 32mm (can also be determined according to the sample)

11. Host dimensions: approximately 1500 × 420 × 1250mm

12. Power Supply: Single phase 1.5KW

13. Weight: 500KG