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E-mail
2502988437@qq.com
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Phone
13003109030
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Address
Shanghai 999 Huancheng North Road, Putian Industrial Park, China
Fule Instrument Technology (Shanghai) Co., Ltd
2502988437@qq.com
13003109030
Shanghai 999 Huancheng North Road, Putian Industrial Park, China
Product Introduction
FL-GLHigh temperature material tensile mechanics testing machineComposed of a material testing machine and a high-temperature environment testing system, equipped with professional high-temperature material testing fixtures from FuleFLMeasurement and control system, used for testing the physical and mechanical properties of materials under different high-temperature environments, including the determination of high-temperature tensile, high-temperature compression, high-temperature bending, and high-temperature shear test performance.
High temperature material tensile mechanics testing machineTechnical Specifications:
1.Test load force:0~10KNThe0~30KNThe0~50KNThe0~100KNThe0~300KNWait;
2.Force measurement accuracy:0.3Level0.5Grade level;
3.High speed acquisition frequency:800HZThe1000HZThe1500HZThe5000HZWait;
4.Test speed adjustment range:0.001~500mm/minThe1000mm/minCustomizable;
5.High temperature deformation measurement system:600High temperature extensometer1000High temperature extensometer1200High temperature extensometer1600High temperature extensometer, etc;
6.Test data: room temperature or high temperature tensile strength, tensile strength, elongation, elastic modulus, yield strength, Poisson's ratio, etc;
For more technical parameters and specifications of high-temperature testing machines, please contact Fule Technology engineers for communication and confirmation.
FL-GLHigh temperature material tensile testing machineComposed of a material testing machine and a high-temperature environment testing system, equipped with professional high-temperature material testing fixtures from FuleFLMeasurement and control system, used for testing the physical and mechanical properties of materials under different high-temperature environments, including the determination of high-temperature tensile, high-temperature compression, high-temperature bending, and high-temperature shear test performance.