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Nanjing Annai Testing Equipment Co., Ltd
Ultra high temperature thermal simulation testing machine
NegotiableUpdate on 05/06
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Overview
The main functions of the ultra-high temperature thermal simulation testing machine are material performance testing, including tensile and compressive testing CCT、SICO、 Melting and solidification, process simulation: continuous casting, hot rolling, forging, welding, heat treatment. $r $n $r $n Ultra high temperature thermal simulation testing machine application field $r $n $r $n Thermal simulation testing platform is a tool used for developing and researching new materials/alloys, new technologies, optimizing existing production processes, improving production capacity, enhancing product quality, and solving common problems in the production process. Provide analysis that not only reveals microscopic mechanisms but also guides practical processes for the physical metallurgy research and scientific development of metal materials. $r $n $r $n Ultra high temperature thermal simulation testing machine for industrial use
Product Details
Nanjing Annai'sUltra high temperature thermal simulation testing machineMain functions
Material performance testing: tensile compression CCT、SICO、 Melting and solidification, process simulation: continuous casting, hot rolling, forging, welding, heat treatment. [1]
Ultra high temperature thermal simulation testing machineapplication field
The thermal simulation test platform is a tool used for developing and researching new materials/alloys, new technologies, optimizing existing production processes, improving production capacity, enhancing product quality, and solving common problems in the production process. Provide analysis that not only reveals microscopic mechanisms but also guides practical processes for the physical metallurgy research and scientific development of metal materials.
Ultra high temperature thermal simulation testing machineindustrial applications
In the industrial field, thermal simulation testing machines are mainly used for the development and research of new materials and alloys, as well as optimizing existing production processes such as continuous casting, hot rolling, hot forging, heat treatment, and welding.
Specific industry applications
In specific industries, its applications include: aerospace field, used to evaluate the durability of high-temperature components such as turbine blades and combustion chamber liners; In the field of automobile manufacturing, it is used to study the thermal fatigue characteristics of components such as engine cylinder heads and exhaust manifolds; In the field of energy development, we serve the research and development of high-performance materials such as solar panels and nuclear reactors.
research and education
The thermal simulation testing machine is a large precision electromechanical integrated experimental equipment mainly used for studying the thermal deformation behavior mechanism of metal materials and other physical metallurgy research, based on computer control. The thermal simulation testing machine is widely used in dynamic simulation of material thermal processing and process, testing of high-temperature mechanical and physical properties of materials, and basic material testing research. It can perform rheological stress compression, multi pass compression deformation, high-temperature tensile testing, flat rolling, welding simulation, dynamic and static CCT and TTT tests, (plate and strip) heat treatment and other tests, to establish material constitutive equations, thermal processing diagrams, phase transformation behavior, recrystallization behavior, thermal deformation behavior, and microstructure evolution research. Provide experimental data for material science research in universities and research institutes.
