Polyester knitted gloves, polyurethane coated palm, individual grey packaging 10 VE702PGS10

Protective gloves for general and precision work

These Delta Plus VE702PG work gloves are a reliable choice for people who need hand protection during various tasks. Made of durable polyester and coated with polyurethane, they provide both comfort and safety. They are suitable for workshops, renovation works, light industry, as well as activities requiring precision.

Construction and materials

The gloves are made of 100% polyester knit, which guarantees good breathability and a fit to the hand. The palm and fingertips are covered with a layer of polyurethane, providing a secure grip even in difficult conditions and increased resistance to abrasion. 13 gauge knitting ensures the durability and comfort of the structure. Additionally, a cuff on the wrist stabilizes the glove during work.

Application and benefits

These gloves are ideal for:

• Assembly and precision work – the polyurethane coating provides a secure grip of small elements.
• Renovation and construction works – abrasion resistance protects hands from damage.
• Work in light industry – they provide protection against dirt and minor injuries.
• Handling lightly greased elements – the polyurethane coating makes it easier to keep them clean.
• Logistics work - they provide comfort and safety when carrying objects.

Thanks to the ergonomic shape, the gloves are comfortable to use even during long-term work. The quick-drying material provides hygienic comfort, and the possibility of washing allows you to keep them clean.

Safety and compliance with standards

The gloves meet the requirements of EN420:2003+A1:2009 (general requirements for protective gloves) and EN388:2016 (protection against mechanical hazards). This ensures a high level of safety during use. The EN388 parameters for this model are 3 1 2 1 X, which means abrasion resistance at level 3, cut resistance at level 1, tear resistance at level 2 and puncture resistance at level 1. "X" means no test or no appropriate testing method for a given hazard.