uvex, the safety equipment manufacturer, has unveiled its latest innovation: the uvex profi pure HG safety glove, engineered to deliver unparalleled grip in wet and damp working conditions. With its groundbreaking Hydro Grip special polymer coating, the profi pure HG sets a new benchmark for safety gloves, ensuring a firm grip for wearers even in the most challenging environments.

The key to the profi pure HG's impressive performance lies in its revolutionary Hydro Grip technology, which provides an unrivalled waterproof grip without compromising traction. Thanks to its waterproof properties, the innovative coating also keeps the wearer's skin dry. The glove features a cotton fibre lining that offers superior comfort and fit, ensuring prolonged wear without discomfort.

One of the standout features of the profi pure HG is its ability to reduce fatigue commonly experienced during tasks requiring a strong grip on slippery objects. By easily providing a secure hold, the glove minimises the need for overexertion, enabling wearers to work more efficiently. Additionally, the cotton interlock cuff enhances comfort and serves as a barrier against debris, enhancing the glove's utility in various working conditions.

As is typical of many uvex gloves, the profi pure HG's liner is dermatologically approved, offering health protection for allergy sufferers, making it a versatile option for a wide range of work. From installing water pipes and drainage to concrete and construction work, scaffolding, and outdoor activities such as assembly, service work, and manual handling, the uvex profi pure HG can enhance worker comfort and safety across many different applications.

“At uvex, we are committed to striving for exceptional innovation, and the profi pure HG is a testament to that commitment," comments uvex Marketing Manager, Clair Weston. "With its unparalleled grip and waterproof properties, this safety glove redefines what workers can expect from their protective gear, enabling them to work with confidence even in challenging conditions."