Hardness defines a material’s ability to resist penetration and determines its deformability. Measuring it is essential to ensure quality and reliability in fields such as engineering and manufacturing.

The main measurement methods are:
Brinell (HB): Ideal for non-homogeneous materials, it uses a spherical indenter to calculate hardness based on the imprint surface area.

Vickers (HV): Uses a pyramidal indenter and allows for precise measurements, even on thin materials.

Rockwell (HR): A quick and direct method, with values expressed in different scales (HRB, HRC) depending on the type of indenter and load used.

Why is it important?
Hardness measurement is not just a technical detail—it’s a key indicator of a material’s quality, strength, and durability. In aerospace, automotive, construction, and industrial manufacturing sectors, knowing the hardness of the materials used means ensuring reliable performance and operational safety.

In our lab, we perform accurate hardness tests, providing our clients with precise and certified results. If you need to verify the mechanical properties of your materials, contact us for a personalized consultation.

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