Skechers women's Ghenter - black non-slip

Skechers women's Ghenter - black slip-resistant work shoes

We advise professional teams on how to combine slip-resistant work shoes with comfort and safety. Ghenter from Skechers is developed for environments with high demands such as the healthcare sector, service, kitchen and cleaning.

Documented slip resistance and standards

The outsole is SRC-tested (EN ISO 20347:2012 OB FO SRC) and documents a high coefficient of friction on both wet and greasy floors. This reduces the risk of accidents, so you can focus on your core tasks.

Lightweight fit and breathability in focus

With a weight of only 206 g (size 36), the shoe is well below the 400 g limit for the work environment. Mesh upper ensures effective air circulation, so your feet stay cool - even during long shifts.

• Ergonomic insole adapts to the foot
• Shock-absorbing midsole reduces fatigue
• Flexible fit follows the movements of the foot
• The surface can be easily wiped and air-dried
• The design is discreet and fits into professional environments

We prioritize products that document safety and ergonomics. The Ghenter shoe creates value for both employees and management through CE marking, low weight and thoroughly tested standards. See our entire selection of safety shoes.

Frequently asked questions

Below you will find answers to questions about size, slip resistance and maintenance.

How do I choose a size?

We recommend taking the size that the employee normally wears. The flexible fit adapts to most feet. If you have extra width, you can consider going up half a size.

How slip-resistant is the sole on greasy floors?

The shoe is SRC-approved and tested according to EN ISO 20347:2012 OB FO SRC, which means proven slip resistance on both wet and greasy surfaces. This significantly reduces the risk of falls in hazardous workplaces.

How do I clean the shoe?

Wipe the surface with a damp cloth and let the shoe air dry after use. Avoid machine washing as this can reduce the lifespan and properties of the material.