Description
The uvex 1 ladies shoe has been manufactured specifically for the shape and contours of the female foot, delivering the perfect fit. The uvex 1 ladies shoe supports the natural movement of the body, reducing pressure and stress while maximising comfort. The double layered, low weight PU sole, with removable antistatic comfortable insole, delivers outstanding impact absorption minimising fatigue and potential back, knee and joint problems people can develop particularly when standing for long periods. The heel support system integrated into the sole encases the foot for greater stability and surefootedness without limiting freedom of movement. It also provides additional side impact protection. The completely metal-free uvex upper is made from a single piece of high-tech microfibre giving outstanding wearer comfort without pressure points.
- Multipurpose safety shoe designed specifically for the contours of the female foot.
- Extremely lightweight and flexible.
- 100% metal-free.
- uvex xenova® metal-free toe cap, compact design, anatomical shape, good side stability, does not conduct heat/cold and antimagnetic properties.
- uvex climazone technology helps regulate internal temperature helping to reduce moisture build-up to improve hygiene and comfort.
- Breathable, water and abrasion-resistant high-tech microvelour upper.
- Mesh lining allows feet to breathe.
- Suitable for people allergic to chrome. Made from synthetic materials.
- Virtually seamless design to eliminate pressure points.
- Removable comfort insole, antistatic, c/w moisture control system.
- Shock absorbing zones help reduce pressure and impact placed on high stress zones. Helps reduce fatigue and potential musculoskeletal ailments.
- Soft, padded collar and tongue.
- Outstanding dual density PU sole with best shock absorption properties. Superb slip resistance, free of lacquer wetting inhibitors e.g. silicones, phthalates, etc.
- Fulfils ESD requirements: resistance to ground < 35 megohms.
- Comes with elastic laces for quick, individual adjustment.