HexArmor NXT 10-302 Kitchen Safety Glove

The HexArmor NXT 10-302 Kitchen Safety Glove is the first safety glove from HexArmor to utilise the TruShield performance, a groundbreaking armour platform that provides excellent cut, puncture and abrasion resistance.

Developed for use in food service, processing applications and other off-hand cutting applications, the HexArmor NXT 10-302 Kitchen Safety Gloves protect users from mechanical hazards like no other safety glove on the market.

The HexArmor NXT 10-302 uses Coretek fabric to keep hands cool and comfortable even for extended use. The HexArmor NXT 10-302 Kitchen Safety Glove is flexible and durable offering high protection and performance. It is designed to be worn under standard latex gloves, nitrile gloves or vinyl gloves.

The product code for these gloves is HEX10-302.

Main Features of the HexArmor NXT 10-302 Kitchen Safety Glove

• SuperFabric brand material and Coretek fibre provides significantly more cut and abrasion resistance than traditional high density polyethylene gloves.
• Shielding design of fibres and SuperFabric plating reduce ability of sharp objects from penetrating and causing injury.
• Quadstretch design technology provides incredible feel compared to other bulky cut resistant gloves.
• Coretek fibre keeps hands cool and comfortable while providing best in class dexterity and all round protection.
• The HexArmor NXT 10-302 Kitchen Safety Gloves are ambidextrous.

Testing of the HexArmor NXT 10-302 Kitchen Safety Glove

EN 388:2003

Applications for the HexArmor NXT 10-302 Kitchen Safety Glove

• Waste Management
• Automotive
• Fish filleting
• Fisheries
• Food Manufacture
• Food Preparation
• Local Authority
• Kitchen gloves
• Knife handling
• Slicing
• Engineering & Manufacture
• Glass Manufacture & Glazing

Sizing Information

In order to select the correct size of safety glove, simply measure across your palm at the point indicated in the picture. Then compare your measurement with the chart below to ensure that you select the correct size of glove for your hand. We would recommend using a tape measure or ruler to get the right measurement. Our measurements are based on centimetres. Where your measurement falls on the boundary of two sizes, we would recommend selecting the larger of the two sizes for a comfortable fit. However, if you would specifically like your gloves to be a closer fit, perhaps for work that requires fine movements, select the smaller of the two sizes.

The products are manufactured under a quality system. None of the raw materials or processes used in the manufacture of these products is known to have any harm on the wearer.

Safety Warning

This product is cut and puncture resistant but not cut and puncture proof. Do not use with moving or serrated blades or tools. Always conduct a safe test to make sure it is suited for your uses.

The information contained on this site is intended to assist the wearer in selection of Personal Protective Equipment. The results of physical tests should also help in glove selection however, it must be understood that actual conditions of the use cannot be simulated and it is the responsibility of the user not the manufacturer or supplier to determine the glove suitability for the intended use.

Additional information on the HexArmor NXT 10-302 Kitchen Safety Glove

• The HexArmor NXT 10-302 Kitchen Safety Glove js latex free.
• HexArmor is a registered trademark of Performance Fabrics, Inc. SuperFabric is a registered trademark of HDM, Inc.
• Protected by patents and patents pending.

Documentation for the HexArmor Gloves

Conformity Statement	Instructions for Use

Please note that while this product is shown in a pair, each ambidextrous glove is supplied singularly (i.e. one glove per purchase).

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.