The PU COMB sole, crafted entirely from polyurethane foam, is a masterpiece of lightness, elasticity, and comfort. Its tread, resistant to oils and fats, features a honeycomb design that delivers a ‘suction cup’ grip, ensuring superior slip-resistance even on the most treacherous surfaces. Additionally, it includes the self-cleaning functionality. These attributes position it as the ideal choice for professionals in the healthcare, pharmaceutical, and medical fields, as well as those in the Ho-Re-Ca sector.

A special tanning process that involves applying a polyurethane film to the exterior surface renders this genuine leather entirely waterresistant. This ensures enhanced protection, safeguarding against the challenges of damp work settings and inclement weather conditions.

Microfiber lining, specially treated to inhibit the growth of bacteria and microbes, boasts exceptional breathability and superior resistance to abrasion.

The THERMO FORMED removable insole is expertly crafted to distribute the wearer’s weight uniformly. It seamlessly adapts to the foot’s natural morphology and boasts anti-static, antibacterial, and antifungal properties. For added comfort, a cushioned insert isthoughtfully positioned in the heel area.

Reinforcements made of polyurethane leather, strategically positioned in the footwear’s areas most prone to wear, help prevent its natural deterioration. Moreover, this hypoallergenic material ensures optimal resistance to both low and high temperatures.

Reflective inserts enhance the operator’s visibility, especially in low-light conditions, while also giving the footwear a modern touch. PANDA SAFETY’s REFLECTOR® inserts employ the advanced technology of crystal microspheres that, by reflecting light straight back to its origin, ensure instant recognition of the wearer, be it day or night.

From the selection of raw materials and components, the entire manufacturing process is geared towards minimising the weight of this kind of footwear while ensuring protective performance meets the reference standards.