Xi 'an Thermal Research Institute Co., LTD. : 10 50kN mechanical high temperature creep endurance testing machines

      Xi 'an Thermal Engineering Research Institute Co., Ltd. is a national power generation technology research and development institution and a scientific and technological enterprise in China's power industry，It has the National Engineering Research Center for clean coal combustion in power station boilers, which is authorized by the National Development and Reform Commission，The National Energy Board awarded the national Energy clean and efficient thermal power generation technology research and development center，The State Key Laboratory of Coal-based Clean Energy awarded by the Ministry of Science and Technology。

      Xi 'an Thermal Research Institute Co., Ltd. purchased 10 sets of 50kN mechanical high temperature creep endurance testing machine。

       新秀^®Teststar^® TSC-A type mechanical high temperature creep endurance testing machine is mainly used for high temperature durability and creep test of bar and plate samples of superalloy, titanium alloy, other ferrous metals and non-ferrous metals。The equipment adopts mechanical first-stage lever loading mode, and the gravity of the weight is amplified and applied to the sample, which can realize the functions of automatic test heating, heat preservation, loading, data recording, unloading and result saving after program setting。新秀^®Teststar^® TSC-A mechanical high temperature creep endurance testing machine meets the test method standards:GB/T 2039-2012 "Uniaxial Tensile Creep Test Method for Metal Materials", HB 5151-1996 "High Temperature Tensile Creep Test Method for Metals", HB 5150-1996 "High Temperature Tensile Endurance Test Method for Metals", ASTM E139-2003 "Conducting Creep",Creep-Rupture,and Stress-RuptureTests of Metallic Materials。

       新秀^®Teststar^® TSC-A mechanical high temperature creep endurance testing machine can obtain the creep elongation Af, plastic elongation Ap, elastic elongation Ak, residual elongation Aper, elongation Au after creep fracture and the endurance strength limit of metal specimens。