Customization: | Available |
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After-sales Service: | Online |
Warranty: | 1 year |
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GTM-II carbon material static elastic modulus tester elasticity modulus test machine
This instrument uses the three-point bending loading method to measure the elastic modulus of non-metallic materials such as graphite and ceramics. It is composed of a hydraulic loading system, a deformation measurement system, a pressure measurement system and a computer measurement and control system. The deformation measurement system uses high-precision displacement sensors to measure micro-strain; the pressure measurement system uses high-precision pressure sensors and digital pressure gauges to measure; the three major measurement and control systems are controlled by computers to achieve fully automatic testing, data processing, and printout of test reports.
This instrument complies with YS/T63.14-2006 "Testing Method for Carbon Materials for Aluminum, Part 13 Determination of Young's Modulus - Static Measurement Method" and GB/10700-2006 "Test Method for Elastic Modulus of Fine Ceramics - Bending Method" , suitable for the determination of the static elastic modulus at room temperature of engineering ceramics, fine ceramics, and carbon materials for aluminum.
GTM-II carbon material static elastic modulus tester elasticity modulus test machine
2.Product Parameter
Maximum load | 0~3000N; 0~10000N; 0~20000N; 0~50000N |
Force measurement accuracy |
relative error ±0.05% |
Deformation measurement range |
±5mm, resolution 0, I~1um. |
Deformation accuracy |
relative error ±0.5% |
Loading speed |
0~1000N/min (0.0~4MPa/s) adjustable. Digital display loading speed can be set by computer (instrument). |
Sample size | diameter 50mm, height 50mm (other specifications can be customized according to user requirements) |
Power supply |
220V±5%, |
power | 1000W |
It adopts servo motor loading and computer precise control of pressurization. Pressure accuracy 0.5℅
The whole test process is controlled by computer, and the test process curve and test data can be saved.