HexArmor Hex1 Reinforced Mechanics Comfort Gloves 2131

By ensuring protection, increasing productivity and providing high user satisfaction across most mechanical industries, the HexArmor Hex1 Reinforced Mechanics Comfort Gloves 2131 promise to provide an unparalleled level of comfort. These gloves can boast this exceptional level of comfort due to their neoprene cuff that ensures a secure fit, while protection is ensured by TP-X impact protection on the palm and back of the hand.

Resistance of the Hex1 Reinforced Mechanics Comfort Gloves

To ensure your safety, the HexArmor Mechanics Comfort Gloves have been tested in accordance with EU standards to ensure high levels of performance. Please find the results below:

En 388

Key Features of the Hex1 Mechanics Gloves 2131

• Offers exceptional comfort across many industries
• TP-X palm coating offers reinforced protection on palm
• Reinforced index and thumb ensure safety in key areas
• Highly dexterous nature ideal for handling materials
• Designed using ergonomic, high quality and long-lasting materials
• Hi-vis colour scheme for total visibility
• Offers protection against impact on the back of the hand
• Fitted with a name tag to ensure gloves don't become lost

Applications of the Hex1 Reinforced Comfort Gloves

Offering grip in dry and wet conditions, the Hex1 Gloves offer reinforced protection across a wide range of mechanical environments. Some of the applications where these gloves are recommended include:

• Assembly
• Automotive
• Building
• Construction
• Engineering
• Handling
• Maintenance
• Mechanics
• Mining
• Transportation
• Railway maintenance
• Shipping
• Scaffolding
• Utilities
• Warehousing

Innovative Technology That You Can Trust

HexArmor consistently produce high quality, industry leading gloves because they aren't afraid to use innovative and new technology in order to achieve results. This is no different with the Hex1 Gloves, with a TP-X on the palm offering reinforced protection while special padding on the back of the gloves protect against impact.

The gloves also use form-fitting and ergonomic material to provide comfort and dexterity, meaning that despite their high quality and strong mechanical protection, your flexibility is retained. Along with their excellent grip in wet conditions, this makes the gloves extremely versatile, proving to provide trustworthy protection across many different industries.

Industry Changing Comfort

These gloves boast comfort that is hard to beat anywhere in the glove industry, ensuring that dexterity and protection aren't compromised despite their ergonomic and anatomical design. An inner cotton lining guarantees your comfort during use, while the impact protection that coats across the high risk areas of the glove means that you don't need to worry about injury during work.

Hi-Vis Liner Keeps You Safe

HexArmor have developed these gloves with every hazard in mind, meaning that no matter what situation you find yourself in at work your gloves will only help you stay safe. A hi-vis black and yellow colour scheme is hard to miss, which works to both keep you alert and allows either you or your gloves to be seen in darker working conditions.

Sizing of the Hex1 Reinforced Mechanics Gloves

Wearing the correct size of gloves will provide the most effective level of protection. To find the glove size required, measure the circumference around the knuckles, excluding the thumb. The hand should be open with the fingers together.

Please refer to the table below for further sizing information.

Materials of the HexArmor Reinforced Mechanics Gloves

Inner Liner:

• Cotton: 100%

Outer Palm Material:

• PVC: 100%

Back of the Hand:

• Nylon: 96%
• Spandex: 4%

Documentation of the HexArmor Reinforced Mechanics Comfort Gloves

Conformity Statement	User Instructions

Delivery

This item will be dispatched by 1st Class Royal Mail, DPD courier or UPS courier.

The estimated delivery time for this item is usually 1-3 working days when ordered before 14:00, Monday to Friday (excluding Bank Holidays).

However, during the Coronavirus crisis, please note that our dispatch times are extended due to unprecedented demand for our products. Please allow an additional 5 working days for dispatch of your order. 

Our team are working hard to process orders as quickly as possible. We would like to thank you for your patience and understanding during this challenging time.

UK Delivery Charges

Certain orders delivered to the UK are subject to a delivery charge; refer to the table below for more information. Please note that all values are listed exclusive of VAT.

What is EN 388?

You might have noticed that this product adheres to EN standard EN 388. EN standards ensure that the product you are buying meets the safety standards of the European Committee for Standardization (CEN), the highest standards organisation recognised by and working on behalf of the European Union. To pass any EN standard, a PPE product must undergo some of the most rigorous safety tests around.

There are many EN standards that our gloves adhere to. However, the EN standard that we’re concerned about here is EN 388. EN 388 stands for Mechanical Resistance, and informs you of your gloves' resistance to abrasion, cuts, tears and punctures.

How Do I Read the EN 388 Score?

Simply speaking, the higher the score that this product achieves, the better the product will be at resisting that hazard. Products will score between Level 0 and Level 4 for abrasion, tears and punctures, and if they weren’t tested for that hazard you will see N/A written instead of a number.

Cuts are a little different and, with the EN 388 standard rewritten in 2016, it means that gloves will either be tested to cut resistance or ISO cut resistance (sometimes called TDM cut resistance). Gloves tested to cut resistance will score between Level 0 and Level 5, and gloves tested to ISO cut resistance will achieve a score between Level A and Level F with the higher letter offering better cut protection.

Where Can I Find Out More?

This is just a brief overview of EN standard EN 388 so you know where you are standing. For further information, you can see the Introductory EN 388 Blog in our Knowledge Centre.