This instrument uses the maximum pulling force value generated by horizontally pulling a standard test piece with a certain load specification to calculate the maximum static anti-slip coefficient of the sample to determine the anti-slip performance of the sole material. This instrument can test finished shoes and the entire sole. and test pieces.
Application:
This instrument uses the maximum pulling force value generated by horizontally pulling a standard test piece with a certain load specification to calculate the maximum static anti-slip coefficient of the sample to determine the anti-slip performance of the sole material. This instrument can test finished shoes and the entire sole. and test pieces.
Purpose：
Test method for static anti-skid performance of footwear, testing the static anti-skid performance of soles, heels or similar materials.
Standard：
This testing machine is developed and produced in accordance with standards such as ASTM-F609 HG 3780-2005.
Instrument Parameters：
|
Weight |
2700g±34g |
|
Maximum Range |
300N |
|
Measurement Accuracy |
±0.05N |
|
Test Speed |
0-500mm/min |
|
Friction Medium |
The friction panel is float frosted glass with a thickness of (8.0±0.2) mm and a mirror gloss of 4, and its area is not less than 380 mm×380 mm. |
|
Test Piece Size |
12.7±0.2mm and 70±0.2×45±0.2mm |
|
Sample Thickness |
7mm |
|
Accuracy |
±1% |
|
Maximum Displacement |
﹥300mm |
|
Volume |
76*42*39cm |
|
Weight |
65kg |
|
Power Supply |
AC220V, 10A. |
© Dongguan Zhongli Instrument Technology Co., Ltd.
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