Oil-Resistant
Anti-Slip Technology
The special rubber formula features a superior oil-discharging adsorption structure, breaking through the slip resistance of oil films. Measured results show that the oil friction of oil anti-slip soles is more than 3 times that of SR safety shoe soles, with an oil friction coefficient of around 0.7, and a DIN abrasion of ≤120.
Grip that breaks
through the oil film.
Xinming Footwear Materials Technology Co., Ltd. addresses critical slip hazards of soles on oily and wet surfaces that compromise wearer safety and mobility. While tread patterns and ground contact area contribute to oil-surface slip resistance, the rubber compound formula remains the core determinant of anti-slip performance. OIL BRAKE Rubber Compound Technology uses specialty elastomers (NBR/HNBR) and hydrophobic polymer additives, combined with micro-porous oil-dispersion channels and an adsorption molecular matrix to neutralize oil-film interference. Validated through 100+ compound iterations and ASTM F2913 oil-contaminant testing, the technology delivers 3x higher traction performance than conventional soles, with μ≥0.7 on oily surfaces. SATRA TM144-certified dynamic stability on 15° oily inclines supports secure mobility in industrial and lubricant-rich environments.
Kitchen
Designed for oily and wet kitchen floors where grease and moisture can challenge conventional grip.
Factory
Developed for industrial environments where oils, lubricants, and wet floors create slip hazards.
Smooth Tile Floors
Built for smooth ceramic and tile floors where oil and water films can reduce surface friction.
Oil-Surface Traction
See how OIL BRAKE technology is designed to maintain traction across oily, wet, and smooth surfaces.
Performance built into the sole.
Instant Oil Adsorption
Special honeycomb structure instantly locks oil droplets, boosting oil-surface friction by 200% with anti-slip performance surpassing traditional rubber.
Triple Oil-Film Neutralization
① Physically puncture oil films
② Smart oil adsorption
③ Molecular viscosity enhancement
Slip resistance coefficient μ>0.7, far exceeding EU SR safety shoe standards, with DIN abrasion < 120.
Extreme Temperature Resistance
Stable anti-slip performance from -30℃ to 50℃, validated on oily-wet slopes and kitchen environments with zero slipping.
Universal Compatibility
Adapts to 5 shoe-making processes, certified for medical operating rooms, oil fields, and kitchens, with annual production of 12 million pairs.
Test Certificates
View our oil-resistant anti-slip test documentation. Select any certificate to enlarge it for a closer look.
Oil-Resistant Soles
Oil-resistant sole solutions developed around Xinming's OIL BRAKE technology for oily, wet, and smooth surfaces.
