NON-SLIP PROPERTY TESTER FOR SHOES ZGT 7012 BEA ZGT 7012 BEA
This machine is designed for measuring the coefficient of friction of outsole, sole forepart or heel to determine the slip resistance of a shoe.The specimen is placed on a test platform, using the glycerin as lubricant, subjected to a specified load, and then the test platform is moved horizontally relative to the specimen. The dynamic coefficient of friction is calculated after the dynamic frictional force is measured.
INDUSTRIAL SECTORS OF USE
TECHNICAL INFORMATION
- Smart hardware-controlled system with closed-loop control function,
- The use of DC motor characterized by heat resistance, low noise, shock resistance, high speed and high frequency,
- Safety design: More than one safety designs and warning signs. An emergecy stop button is installed in a visible place of the control panel for protecting operators against danger.
- The software can read out the test data from the curve for result comparison, unit exchange, etc.
- Vertical cell : 500±25N
- 400±20N
- Sliding speed:0.3±0.03 m/s
- Wedge gauge:7 °
- Test slab: Tile floor, Stainless plate, carpet
- Power: 1∮,AC 220V,50/60Hz (specified by user)
APPROXIMATE DIMENSIONS AND WEIGHT
- Width : 179 cm
- Depth : 69 cm
- Height : 113 cm
- Wight : 240 kg
TECHNICAL DOCUMENTATION
ADDITIONAL INFORMATION
The non-slip property tester for shoes provides precise measurement of the dynamic coefficient of friction for various footwear components, including outsole, forepart, and heel. Featuring a closed-loop control system with smart hardware integration, the device ensures high-accuracy results under controlled conditions. The DC motor delivers high speed, low noise, and heat resistance, enhancing performance reliability. Test specimens are lubricated with glycerin and subjected to specified vertical loads (500±25N, 400±20N) before being tested on different surface types: tile, stainless steel, and carpet. A sliding speed of 0.3±0.03 m/s and 7° wedge gauge simulate realistic slipping scenarios. The software supports curve-based data analysis, unit conversion, and result comparisons. Operator safety is ensured by a comprehensive design including multiple safety mechanisms and an emergency stop button. With dimensions of 179×69×113 cm and a weight of 240 kg, the tester is ideal for industrial footwear testing environments.
