Gloves VE702GR polyamide/polyurethane size 9 VE702GR09

Professional hand protection for every task

VE702GR gloves combine durability and comfort, ideal for a wide range of tasks requiring precision and protection. Made from high-quality polyamide, they provide durability and resistance to mechanical damage. A polyurethane coating on the palm and fingertips guarantees a secure grip even in difficult conditions, and also increases abrasion resistance.

These gloves are suitable for both dry industrial environments and renovation or maintenance work. Their versatility will be appreciated by installers, fitters, construction workers and people performing manual work. The 13-gauge construction ensures a snug fit and comfort even during prolonged use.

Comfort and hygiene at work

Made entirely of polyamide (100% insert) and coated with polyurethane (100% coating), VE702GR gloves provide not only protection but also thermal comfort. The seamless knit minimizes the risk of skin abrasions and irritation, which translates to increased efficiency and reduced fatigue during work. Additionally, the lack of silicone in the composition makes the gloves suitable for applications where contact with silicone is undesirable. The possibility of washing the gloves allows you to keep them clean and extend their lifespan – this is a saving for professionals and end users.

• Durable material: Polyamide provides resistance to tearing and abrasion.
• Secure grip: Polyurethane coating increases adhesion and control over tools.
• Comfort of use: Seamless construction minimizes the risk of abrasions and irritation.
• Hygiene: Washable allows you to keep gloves clean.
• Versatility: Suitable for a wide range of tasks in various industries – from construction to automotive.
• Silicone-free: Suitable for applications requiring avoidance of silicone contact.

VE702GR gloves are an investment in safety and work comfort that translates into efficiency and quality of performed tasks. Available in size 9, they provide an optimal fit to the hand, which increases the precision of movements and minimizes the risk of accidents.