1～6 item / All 6 items
There are no misreadings or misrecordings of measurements that occur when humans read with their eyes!
A state-of-the-art non-destructive concrete strength testing machine equipped with a device that automatically records the rebound value (R).
Pendulum test hammer with reduced impact energy for testing materials such as gypsum.
Estimate the compressive strength of concrete (N/mm2) from rebound hardness using a non-destructive concrete testing device.
The Schmidt Test Hammer NR type is a state-of-the-art non-destructive concrete strength testing device equipped with a mechanism that automatically records the rebound value (R).
***Features*** - The Schmidt test hammer can be used to measure values by directly striking any part of the completed structure. - It allows for the examination of the aging of concrete without causing any damage, making it ideal for quality control. - The rebound strength (elastic rebound) is used to estimate the strength of the concrete. By reading this rebound strength on a pre-made graph, the compressive strength of the concrete can be determined within a deviation range of 28 kg/cm² standard deviation. - The Schmidt test hammer reliably measures surface hardness. - The structure is simple, requiring no specialized skills for operation, and measurements can be taken quickly.
This is a pendulum-type test hammer for low-strength concrete, such as for materials testing. It measures the compressive strength of concrete based on rebound hardness.
***Features*** - The P Schmidt Concrete Test Hammer Type P is a non-destructive concrete testing device that measures concrete compressive strength (N/mm²) based on rebound hardness. - By correlating this rebound hardness with a pre-established reference conversion chart based on numerous data, the compressive strength of the concrete being tested can typically be determined within a deviation range of ±10%. - It is particularly suitable for measuring low-strength concrete. - The structure is simple, and no special skills are required for operation. - The hammer can be easily set up, and you simply press a button in a fixed position, either horizontally or vertically. - In concrete structures, there may be cases where surface strength is emphasized separately from compressive strength, such as in terms of wear resistance (e.g., roads) or weathering resistance. Example of measurement target: young material concrete.
With recorder!
A Schmidt hammer that reduces the impact energy of hammer strikes to one-third for lightweight concrete.
Measure the concrete compressive strength (N/mm2) from the rebound hardness!
Pendulum test hammer for low-strength concrete such as those used for materials testing.
