Tests carried out in order to assess the properties of materials and measure the parameters of their deformation.
We provide:
Tests carried out in order to define the material’s resistance to permanent deformation caused by concentrated indentation forces applied onto a small area of the tested material. The size of the indentation indicates the value of the material’s hardness. Either a diamond regular polygon-based pyramid, a spherical indenter made from reinforced steel or cemented carbide, or a diamond cone is forced against the material. Depending on the tested object and the material, we perform the tests applying the most commonly used methods:
Tests carried out in order to define the material’s resistance to permanent deformation caused by concentrated indentation forces applied onto a small area of the tested material. The size of the indentation indicates the value of the material’s hardness. Either a diamond regular polygon-based pyramid, a spherical indenter made from reinforced steel or cemented carbide, or a diamond cone is forced against the material. Depending on the tested object and the material, we perform the tests applying the most commonly used methods:
- the Brinell method
- the Rockwell method
- the Vickers method
