JAMES SLIP RESISTANCE PROPERTY TESTER FOR SHOES ZGT 7012 J ZGT 7012 J
This tester is used to determine the dry static coefficient of friction of shoe sole and the heel materials. Under the specified load on a controlled walking surface, calculate its tangent and perpendicular forces to get the static coefficient of the friction.
INDUSTRIAL SECTORS OF USE
TECHNICAL INFORMATION
- Weight : 25 lb × 3 pieces
- Weight supporter : 5 lb
- Speed of test table : 1``/ sec (25.4mm/sec)
- Area of test table : 12`` × 12`` (305 × 305 mm)
APPROXIMATE DIMENSIONS AND WEIGHT
- Width : 102 cm
- Depth : 52 cm
- Height : 180 cm
- Wight : 100 kg
TECHNICAL DOCUMENTATION
ADDITIONAL INFORMATION
The JAMES Slip Resistance Property Tester for Shoes is specifically engineered to determine the dry static coefficient of friction for shoe sole and heel materials. With a test table operating at 25.4 mm/sec and a 305 × 305 mm testing area, it ensures consistent and accurate friction measurements under controlled conditions. The device applies a load using three 25 lb weights and a 5 lb weight supporter, simulating real-world walking pressure. Its robust design, measuring 102 × 52 × 180 cm and weighing 100 kg, supports reliable performance in laboratory environments focused on footwear safety, quality control, and material testing. This tester is ideal for manufacturers and researchers needing repeatable, standardized assessments of slip resistance properties.
