Product Features：
- The main machine adopts a single supporting column structure and a cantilever-type pendulum hanging method.
- The impact knife is installed and fixed with screws for easy replacement.
- The sample is supported in a simply supported beam manner.
- The equipment is equipped with a safety pin to prevent the pendulum from falling accidentally.
- A wire protective net is equipped to prevent foreign objects from splashing and causing harm during the experiment.
- The equipment is controlled semi-automatically. Except for the need to manually place the sample, the pendulum lifting, pendulum hanging, impacting, and pendulum releasing are all electrically controlled.
- After breaking the sample, the remaining energy can be used to automatically lift the pendulum, preparing for the next experiment, which is suitable for continuous impact experiments.
- Equipped with a manual control box, allowing experimenters to control the equipment’s actions from a relatively long distance, further ensuring personnel safety.
- The pendulum adopts a detachable design, which is convenient for replacing pendulums with different impact energies and expanding the application range of the equipment.
- The C-type pendulum design can reduce the frictional energy loss caused by air resistance.
- Equipped with a sample centering device to ensure the accurate placement of the sample and eliminate test errors caused by sample deviation.
- The experimental data is read using a dial pointer, with an accuracy of 0.5J.
- Can be matched with a low-temperature tank (optional) for low-temperature impact experiments.
- The equipment meets the standards of ISO 14556, ASTM E23, ISO 148, etc.
Product Applications：
- Impact resistance testing of metal materials.
- Impact load testing of core components in mechanical manufacturing, such as gears and shafts.
- Impact resistance testing of structural materials in the construction and infrastructure industry.
- Impact testing of key components in the aerospace and military industries.
