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E-mail
duhongsong19823@126.com
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Phone
15900508204
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Address
Lane 989, Nanlu Road, Pudong New Area, Shanghai
Shanghai Hengyi Precision Instrument Co., Ltd
duhongsong19823@126.com
15900508204
Lane 989, Nanlu Road, Pudong New Area, Shanghai
Microcomputer controlled in-situ tensile testing machineMainly controlled by computer, adopting the principle of horizontal miniature design, it is mainly used for testing the uniaxial in-situ mechanical properties of various materials under physical conditions. During loading, the two end fixtures move symmetrically in opposite directions to keep the sample always in the center of the field of view, which is very suitable for in-situ online observation. This machine can be equipped with sensors of different sizes, which can test the tensile, compression, bending, peeling, shearing, creep, relaxation and other tests of soft materials, film materials, biological materials, hydrogels, polymer materials and other materials, and can meet the requirements of force control displacement control deformation control program-controlled control and other control methods. It is an ideal cost-effective experimental system for research institutes, metallurgical construction, colleges and universities, mechanical manufacturing, transportation and other industries.
Microcomputer controlled in-situ tensile testing machineAccording to the standard: 1 Complies with GB/T2611-2007 General Technical Requirements for Testing Machines;
2. Applicable to GB, JIS, ASTM, DIN and other standard requirements.
Technical parameters of microcomputer controlled in-situ tensile testing machine:
Model: HY-YW-00520
Rated load: 5N 10N 20N 50N 100N 200N 300N 500N
Test accuracy: Level 0.5
测力范围: 0.005N-5N 0.01N-10N 0.02N-20N 0.5N-50N 0.1N-100N 0.2N-200N 0.3N-300N 0.5N-500N
Load resolution: 1/500000
Test stroke: 0-150mm
Displacement resolution: 0.1 μ m
Loading frequency: 0~1Hz
Test speed: 5um/s-lmm/s
Net weight: 30kg
Dimensions: 27cm * 12cm * 45cm
Optional environmental accessories: water bath environment, high temperature environment, low temperature environment, corrosive environment, etc
Can be used in conjunction with optical microscopes and DIC systems.
Fixtures: stretching fixtures, compression fixtures, peeling fixtures, shearing fixtures, etc.