◆ Room temperature drawing A series of strength indexes and plastic indexes were measured, including maximum tensile force, tensile strength, yield strength, upper yield strength, post-break elongation, cross-section shrinkage and so on. Standards： GB/T 228.1-2010 （ISO 6892-1:2009） Metallic materials tensile tests part 1: room temperature test method | ◆ High temperature properties The ability of parts to resist various kinds of deformation and stress under high temperature, such as strength, elasticity, plasticity, etc., high temperature tensile, high temperature rupture, high temperature creep. Standards： GB/T 4338-2006 （ISO 783 :1999）Methods of high temperature tensile test for metallic materials GB/T 2039-2012 （ISO 204 :1999）Test method for uniaxial tensile creep of metallic materials | |
◆ Hardness Rockwell hardness（HRA、HRB、HRC） Brinell hardness（HBW2.5/187.5） Vickers hardness（HV） Standards： GB/T 230.1-2009 （IS0 6508-1:2005）Metallic materials Rockwell hardness test part 1 GB/T 231.1-2009 （ISO 6506-1:2005）Metallic materials Brinell hardness test part 1 GB/T 4340.1 -2009 （ISO 6507-1-2005） Metallic materials Vickers hardness test part 1 | ◆ Hardness Rockwell hardness（HRA、HRB、HRC） Brinell hardness（HBW2.5/187.5） Vickers hardness（HV） Standards： GB/T 230.1-2009 （IS0 6508-1:2005）Metallic materials Rockwell hardness test part 1 GB/T 231.1-2009 （ISO 6506-1:2005）Metallic materials Brinell hardness test part 1 GB/T 4340.1 -2009 （ISO 6507-1-2005） Metallic materials Vickers hardness test part 1 | |
◆ Eriksson cup drawing test Standards： GB/T 4156-2007 （IS0 20482:2003）Eriksson's Cupping Test of Metal sheet and Strip Device model：ECT 1604 Parameter： Plate thickness：0.1-2mm Plate width(max.)：100mm Load precision：±1% Deformation measurement accuracy：±1% | ◆ Fatigue test Standards： GB/T 4337-2008 （IS0 1143:2008）Metallic materials-fatigue test-rotating bending method Device model：GPS200 (High frequency fatigue testing machine) Parameter： Maximum static load：200KN Maximum dynamic load：100KN Frequency range：80-250Hz Application： High frequency tensile, compression test and fatigue and fracture mechanical properties of metal materials and parts under alternating tension and compression loading were carried out. | |
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