EOS NOCUT VV910
The EOS NOCUT VV910 is a high-performance, Level D cut and impact-resistant glove engineered for demanding multipurpose work, especially in wet or oily environments. Designed for sectors such as public works, construction, maintenance, chemical industry, automotive, mining, petrochemicals, water and waste treatment, and energy, these gloves offer robust protection against risks like shock, cuts, abrasion, and puncture.
Description
Support : Tricot – Aramid – PEHD | Coating : Double Nitrile Layer – Palm Coating | Reinforcements : Palm – Finger’s back – Thumb – Thumb-index – Back | Velcro cuff | Gauge : 13
Type of product
Glove family : Knitted coated glove
Materials
Coating Material : Nitrile
Coating Finish : Smooth – Grip-textured – double-layer
Grip texture : Foam – Pattern
Palm material : Textile palm
Back material : Textile back
Fiber : Aramid – PEHD
Coating Level : Palm Coating
Number of Coatings : Double Coated
Reinforcement material : Polymere
Specification
Conception
Gauge : 13
Cuff caracteristic : Velcro cuff
Benefits element : Reach – Silicone free – DMF free – Washable – Vendor pack – Azo Free
Sizes and colours
Color : Yellow-Grey-Black
Size : 8 – 9 – 10 – 11 – 12
Packaging
Type of conditioning : Header card
Product Benefits
Easy to use
Perfect fit so that users do not feel any discomfort in the wrist area with prolonged use
Hook-and-loop fastener for better wrist support
Hygiene
Washable glove, so it can be reused
Silicone-free/ DMF-free, leaving no residue on components while limiting allergies
DMF-free to reduce the risk of allergies
Durability
Longer service life thanks to a double coating for excellent abrasion resistance
Performance
Flexible reinforcements for added protection against impact and pinching
The nitrile coating gives people working in oily/greasy environments an excellent grip on the objects they handle
Sectors
- Public Works
- Building
- Finishing Works/Craftsmanship
- Maintenance
- Chemical Industry
- Automotive
- Mining
- Petrochemical
- Temporary Work
- Water and Waste Treatment
- Power Energy
- Storage
Risks
- Shock
- Cutting
- Wearing
- Perforation
