1、 Product Introduction of High Temperature Material Testing Machine:
The microcomputer controlled high-temperature material testing machine system is used for testing the mechanical properties of metal materials, non-metal materials, composite materials, and ceramic materials in high-temperature environments. The physical properties of materials vary greatly under different high-temperature environments. By measuring the high-temperature stress-strain, yield strength, elastic modulus parameters, etc. of materials, the sensitivity of materials to temperature can be reflected. This system can reproduce and simulate the development and application scenarios of new materials, provide reliable support, and provide in-depth data support for testing personnel, meeting domestic and foreign testing standards such as GB/ASTM/ISO/JIS/FUL/HB. Suitable for units in the fields of aerospace, automotive, shipbuilding, military, metallurgy, building materials, scientific research institutions, quality inspection, etc. to conduct production testing, development and research on products and materials.
2、 Main parameters of high-temperature material testing machine:
2.1 Testing machine model specifications: FL4000GW, FL5000GW;
2.2 Test force range: 0~30KN, 0~100KN, 0~300KN, etc;
2.3 Testing accuracy error: ± 0.5% FS;
2.4 Experimental data acquisition frequency: 800HZ, 1500HZ, 5000HZ, customizable high-speed acquisition;
2.5 High temperature testing temperature range: room temperature~350 ℃, 0~1200 ℃, 0~1400 ℃, 0~1600 ℃, etc;
2.6 Strain testing: high temperature deformation extensometer, high temperature strain gauge, high temperature laser extensometer, high temperature fully automatic extensometer, etc;
2.7 Test control methods: load, displacement, deformation control methods, etc;
2.8 Test fixtures: High temperature stretching fixtures, high temperature compression fixtures, high temperature bending and shearing fixtures, etc. can be customized;
2.9 Test attachments: FLWK0300 high temperature chamber, FLWK1200 high temperature furnace, FLWK1400 high temperature furnace, etc;
2.10FULETEST adopts imported fully digital servo motor drive, optimized reduction system, and high-grade gapless ball screw transmission system, effectively reducing equipment clearance and making transmission more accurate and smooth;
2.11FL adopts high stability and high-precision strain type load sensors, which can better meet the accuracy requirements of the force measurement system. Multiple force sensors can be used as needed to achieve a wide range of experimental force measurement;
2.12FLWK high temperature measurement and control system with AI adaptive self adjustment function, multi-stage independent temperature control, matched with FULE measurement and control system, real-time display of test temperature environment by testing software, closed-loop monitoring of temperature measurement and control, achieving highly synchronized and accurate force measurement, temperature measurement, and deformation measurement;
2.13 The Fule testing software adopts open programming, and customers can design test standards according to their own needs. Greatly improved the simplicity of operation and work efficiency. You can also edit the report format according to your own needs, generate various personalized test reports, and export the reports to Excel files with just one button, making it convenient for users to edit the reports again;
2.14 For more information about the high-temperature material mechanical testing performance testing system, contact engineers from Fule Technology for more support.
2026-07-20
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