Description
- Concrete test hammer based on the Schmidt principle
- To determine concrete strength
- High impact energy
- Quick and easy operation
- For high-performance concrete
The concrete hardness tester is an analog measuring device used to determine concrete strength. It operates based on the Schmidt principle, where a kinetic impact energy is applied to the concrete. The resulting rebound is then used to determine the concrete strength.
What sets this concrete test hammer apart is its particularly high impact energy of 4.5 J. It is suitable for determining the strength of high-strength concrete, also known as high-performance concrete, in applications such as bridges, high-rise buildings, and foundations. Due to its high kinetic energy, this concrete test hammer can pose a risk of injury. To prevent accidents caused by untrained personnel, the mechanics of the test hammer can be locked.
- Robust metal housing
- For high-strength concrete
- Quick and easy operation
- For determining concrete hardness
- Kinetic energy 4.5 J
- Firing pin lockable
