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Charpy Impact Test - DIN EN ISO 148-1
Material: Titanium | Orientation: Horizontal: 0°
In the charpy impact test, the material toughness is determined on the basis of the notched bar impact energy.The notched bar impact energy is preferably determined at different temperatures, since the behavior at low temperatures is of particular interest.In the charpy impact test, standardized test specimens notched on one side are shattered on a pendulum impact tester at room temperature. Pendulum impact testers with an impact energy of 300 J and 450 J are available for the tests at high and low temperatures. We manufacture the necessary notched bar impact test specimens from the accompanying specimens printed by you.Demonstration of the achieved notched bar impact energy according to DIN EN ISO 148-1Mechanical production of a set of specimens consisting of 3 test specimensIndication of the specimen cross-section [cm2] Indication of the specimen shape and the specimen locationIndication of the test temperature [°C]Determination of the impact energy for each specimen including mean value [J] If applicable, indication of the impact energy related to the standard cross-section including mean value [J]TÜV NORD test report as pdf fileTest performance at room temperature. (Higher or lower temperatures on request).Included ServicesProvision of a set of three digital accompanying samples (individualized STL file)Test specimen accompanying certificate and instructionsShipping label incl. collection and shipment trackingMechanical production of the standard-compliant test specimen from the production accompanying sampleTest executionTÜV NORD test report as PDF

From €129.77*
Material analysis - Chemical composition
Material: Nickel | Orientation: Upright: 90°
We use optical emission spectrometry to determine the chemical composition of metallic materials, especially steel, nickel, aluminum and copper alloys. Mechanical production of the sample from the production accompanying sample printed by youOptical emission spectrometry  (SK-IfM-AA-321-72)Percentage of the determined alloy constituents, for example for austenitic steels C, Si, Mn, P, S, Cr, Mo, Ni [%].  TÜV NORD test report as pdf fileIncluded ServicesProvision of a digital accompanying sample (individualized STL file)Test specimen accompanying certificate and instructionsShipping label incl. Collection and shipment trackingMechanical production of the standard-compliant test specimen from the production accompanying sampleTest executionTÜV NORD test report as PDF

From €132.18*
Tensile Test - DIN EN ISO 6892-1 (Metals)
Material: Nickel | Orientation: Upright: 90°
This test determines the actually achieved mechanical-technological properties of the accompanying sample as proof for you or for your customer.Proof of the achieved mechanical-technological properties according to DIN EN ISO 6892-1Determination of the 0.2% yield stress Rp 0. 2 [MPa]If necessary, determination of the 1% yield stress Rp 1.0 [MPa] for austenitic materialsDetermination of the tensile strength Rm [MPa]Determination of the elongation at fracture Ac [%]Indication of the fracture positionE-modulus [GPa]Test performance at room temperature. (Higher or lower temperatures possible on request).Summary of test results in a TÜV NORD test reportIncluded ServicesProvision of a digital accompanying sample (individualized STL file)Test specimen accompanying certificate and instructionsShipping label incl. Collection and shipment trackingMechanical production of the standard-compliant test specimen from the production accompanying sampleTest executionTÜV NORD test report as PDFFor other options and special requests please contact us.

From €108.03*