Description
Slip on Safety Shoe
Slip-on safety shoes offer a perfect blend of convenience, comfort, and protection, making them a popular choice for workers in various industries. These shoes are designed for individuals who need reliable safety footwear but do not want to waste time tying laces or adjusting their shoes constantly.
The slip-on style allows for easy wear and removal, ideal for fast-paced work environments where time is valuable. Despite the lack of laces, these shoes are constructed to provide robust protection, often incorporating reinforced toe caps made of steel or composite materials, ensuring protection against impact and compression injuries. Furthermore, slip-on safety shoes feature slip-resistant outsoles, which are essential for maintaining stability and preventing accidents on slick, wet, or oily surfaces. This is especially important in workplaces like warehouses, factories, or kitchens, where floors are prone to moisture.
Comfort
Comfort is another important factor; slip-on safety shoes generally include cushioned insoles and ergonomic designs to support long hours of standing or walking. As the demand for both efficiency and safety in the workplace grows, slip-on safety shoes provide a practical and protective solution. They are lightweight, easy to wear, and offer the necessary features to safeguard workers from common hazards. Whether in construction, healthcare, or logistics, these shoes are designed to keep employees safe and comfortable throughout their daily tasks.
Toe Impact
Impact Resist
200 Joule
Toe Compression
Compression Resist
20,000 Newton
ECO Leather
Hydrocarbon
Outsole Fuel Oil Resist
Volume Increase ≤ 12%
Heat Resistance Outsole
Outsole Heat Contact Resist
300°C for 1 min
Vapor Permeability
water Vapour Permeability:
≥ 08 mg/cm^2.h
Water Vapour Coefficient:
≥ 15mg/cm^2
Ergonomics
Comfortable Fitting
& stability Support
Broad Fitting
Reduce Exacerbate on Toe & Bunion
Slip Resistance Toe
(Backward)
Coefficient of Friction:
≥ 0.36 (ceramic & Cleaner)
≥ 0.22 (ceramic & Glycerin)
Slip Resistance Heel
(Forward)
Coefficient of Friction:
≥ 0.31 (ceramic & Cleaner)
≥ 0.19 (Ceramic & Glycerin)
Shock Absorption
Heel Region Energy Absorption
Puncture
Puncture Resist
1,100 Newton
Structure
Radar Chart











