Polyester knitted gloves (100%), polyurethane coated palm, 9 gauge white VE702P09

Protective gloves for precision work

Knitted polyester gloves with a polyurethane coating are a proposition for those seeking protection and precision when performing various tasks. The construction based on a 13-gauge knit provides a snug fit and comfort, while the polyurethane coating guarantees a firm grip even in difficult conditions. They will be useful both in the workshop, during assembly work, and in the warehouse or when operating machines.

The gloves are made of 100% polyester, which affects their durability and resistance to abrasion. The polyurethane coating on the palm and fingertips increases grip and protects against dirt and minor injuries. Ventilation on the back of the hand ensures thermal comfort even during prolonged use.

Comfort and functionality for professionals and home users

The design of the gloves has been carefully thought out to provide maximum functionality. The 13-gauge knit is a dense weave that provides flexibility and a fit to the hand, and also increases the product's durability. The anatomical shape improves comfort, and the wrist cuff prevents the glove from slipping. The ability to wash allows you to maintain hygiene and extend the product's life.

These gloves are used in many industries – from precision mechanics, through assembly work, to logistics and construction work. They will also be useful during activities requiring delicacy and precision, such as goods packaging or handling electronic components. They are ideal for people working with lightly greased elements.

Safety confirmed by standards

The gloves meet the requirements of the European directive 89/686 and standards EN420:2003 (comfort) and EN388:2003 (mechanical resistance). This means that they have been subjected to rigorous testing and provide an appropriate level of protection against mechanical hazards – abrasion, tearing, puncture and injuries caused by impacts. It is worth remembering that the resistance parameters specified in the standards are the result of laboratory tests and may vary in real-world working conditions.