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Suisse Technology Partners will be closed from 25th December 2025 to 2nd January 2026 inclusively; reopening Monday 5th January 2026.

Suisse Technology Partners will be closed from 25th December 2025 to 2nd January 2026 inclusively; reopening Monday 5th January 2026.

STATIC TESTS

Determine material characteristics through static tests.

In contrast to dynamic testing static tests involve pulling, pushing or bending samples beyond the material limits at quasi-static speed. The force-displacement curve is recorded during these tests.

In our mechanical workshop, we manufacture the required samples from basic materials or components in accordance with standards or customer requirements;

These static tests can then be used to determine the following characteristic values, among others:

    • Tensile strength (material strength at break in the tensile test)
    • Yield strength (start of irreversible plastic deformation, yield point)
    • Elasticity limits (reversible deformation)
    • E-modules
    • Elongation at break (change in length)
    • Constriction
    • Shear stiffness (shear test)
    • Bending stiffness (bending test)
    • Time-stress resistance (time-stress test

Tensile, compression, bending test

Standard test specimens or components are subjected to tension, compression, shear or bending. The force-displacement curve is recorded and evaluated.

Hardness test

Standard test specimens or components are subjected to tension, compression, shear or bending. The force-displacement curve is recorded and evaluated.

Creep rupture

In the creep rupture test, the material behavior is determined at a constant test temperature after prolonged exposure to a constant force.