Helix® 2068X Antistatic Gloves

The Hélix 2068X safety gloves protect you from cuts, abrasion and electrostatic discharges, they are made with 13 Gauge HPPE and Nylon fabric to give you excellent comfort and breathability. Its palm has a polyurethane coating to give it superior grip in dry conditions.

Below are five key benefits of Hexarmor Hélix® 2068X gloves:

1. Superior protection against cuts : Hexarmor Hélix® 2068X gloves are designed to provide superior protection against cuts level A2 in the ANSI/ISEA standard due to its HPPE fabric coated with nylon and elastane to add comfort with strong and extremely flexible fibers offering excellent resistance to cuts.

2. Abrasion resistance : The palm of the glove is coated with polyurethane, which provides excellent level 6 abrasion resistance .

3. Comfort : The seamless construction and its nylon elastane coating over the HPPE body helps improve comfort and breathing for the hand. This is especially important for jobs that involve prolonged use of gloves.

4. Silicone Free : Hexarmor Helix® 2068X gloves are silicone free, making them ideal for applications where a high level of cleanliness is required.

5. Antistatic Properties : Hexarmor Hélix® 2068X gloves comply with EN16350 to provide protection against electrostatic discharges, allowing you to dissipate or protect electrical panels. They are the perfect solution for jobs that require safety and protection in environments with risk of electrostatic discharges.

In short, Hexarmor Helix® 2068X gloves are an excellent choice for those looking for protection against cuts and abrasions and anti-static properties. They are made from durable and strong materials, making them ideal for a wide variety of jobs. In addition, its seamless design provides greater comfort and breathing for the hand. If you are looking for strong and durable work gloves, the Hexarmor Helix® 2068X gloves are an excellent option.

Shipping costs are calculated at the time of checkout in your shopping cart, based on the weight and shipping address, as well as the delivery method.