Machining of
destructive
testing specimens

Machining of
destructive
testing specimens

Cutting and machining destructive testing specimens for quality control testing is one of our strengths. We have been producing completely reliable testing specimens for over 25 years.

Quality control tests are vital for ensuring that materials have the right properties. At Manitek, following our customers’ technical specifications, we cut and machine their materials to create the necessary destructive testing specimens for tensile tests, impact tests, fatigue tests, fracture toughness tests, etc.

Ensayo
de tracción

El objetivo del ensayo de tracción, es determinar aspectos importantes de la resistencia y alargamiento de materiales.

Probetas
de resilencia

Probetas de resiliencia tipo Charpy con entalla en U o V de acuerdo a EN 10045, ISO 148, ASTM A370. Posibilidad de fabricación de probetas Charpy con entallas de diferente geometría (DVM, Messnager, GOST, …).

Ensayo
de fatiga

El objetivo de estos ensayos es la determinación de la vida a fatiga de materiales metálicos sometidos a carga axial cíclica de amplitud constante en función del número de ciclos de carga.

Tensile
testing

The aim of tensile testing is to determine important aspects of a material’s strength and elongation.

Impact
testing

Charpy-type impact specimens with a U-shaped or V-shaped notch, compliant with EN 10045, ISO 148 and ASTM A370. Possibility of manufacturing Charpy specimens with different notch geometries (DVM, Messnager, GOST, etc.).

Fatigue
testing

The aim of these tests is to determine the fatigue life of metallic materials subjected to axial, constant-amplitude cyclic loads, according to a given number of load cycles.

K1C or Fracture Toughness Test

These specimens are used to determine the critical conditions under which a part will crack. Variable axial tensile forces are applied in these tests to test the strength of the material.

Tensile
testing

The aim of tensile testing is to determine important aspects of a material’s strength and elongation.

Impact
testing

Charpy-type impact specimens with a U-shaped or V-shaped notch, compliant with EN 10045, ISO 148 and ASTM A370. Possibility of manufacturing Charpy specimens with different notch geometries (DVM, Messnager, GOST, etc.).

Fatigue
testing

The aim of these tests is to determine the fatigue life of metallic materials subjected to axial, constant-amplitude cyclic loads, according to a given number of load cycles.

K1C or Fracture
Toughness Test

These specimens are used to determine the critical conditions under which a part will crack. Variable axial tensile forces are applied in these tests to test the strength of the material.