Product Overview
The Cut D13 Nitrile Aqua Glove is a sophisticated piece of personal protective equipment designed for those who refuse to compromise on safety in wet or demanding environments. This glove provides Level D cut resistance, making it an essential choice for workplaces where sharp edges and mechanical hazards are a constant presence. By combining a fully coated waterproof barrier with a secondary foam layer, it ensures your hands remain dry and your hold remains steady, even when dealing with slippery contaminants.
Key Features
- Level D cut resistance provides a robust shield against sharp objects, significantly reducing the risk of workplace injuries during manual handling.
- The dual-layered nitrile coating features a smooth base layer for total liquid protection and a foam finish for exceptional grip in wet or oily conditions.
- A fully coated design ensures that the entire hand is protected from moisture and contaminants, rather than just the palm.
- The integrated elastic wrist cuff provides a secure and comfortable fit, preventing debris from entering the glove and ensuring it stays in place during intensive tasks.
Design & Performance
Constructed from a high-performance blend of materials including HPPE, glass fibre, and nylon, these gloves offer a lightweight and flexible feel without sacrificing structural integrity. The design prioritises the user's tactile sensitivity, allowing for precision work that is often difficult with bulkier safety gloves. The dual-nitrile technology is the standout feature here; the first layer acts as a reliable barrier against liquids, while the second foam layer provides the friction necessary for a confident grip. This makes the glove perform exceptionally well in engineering and construction settings where dexterity and safety must go hand-in-hand.
Why No Customisation?
We do not offer customisation or branding on the Cut D13 Nitrile Aqua Glove. As a piece of certified personal protective equipment, any structural changes—such as heat-applied transfers or embroidery—could potentially compromise the integrity of the cut-resistant fibres and the waterproof nitrile coating. To ensure you receive the full protection specified by the safety standards, we supply these gloves in their original, uncompromised form.
Use Cases
These gloves are particularly well-suited for carpenters, glass handlers, and those working in precision engineering. They are equally effective for maintenance teams working with oils or hydraulic fluids, where a secure grip is paramount. Given their waterproof nature, they are also a sensible choice for outdoor utility work in the unpredictable British weather.
Why MyWorkwear
MyWorkwear has been a staple of the UK workwear industry since 1976. Operating from our base in Telford, we have spent decades refining our expertise in protective clothing and equipment. We understand that your safety is not a matter for compromise, which is why we only source products that meet our rigorous standards for quality and durability.
Practical Advice
To get the best performance out of these gloves, ensure you select the correct size for a snug fit. A glove that is too loose will impair your dexterity and may cause the foam grip to shift during use. If you are working in particularly cold environments, these gloves can be worn over a thin thermal base layer, though we recommend checking that this does not overly restrict your movement.
Caring for your product
Maintaining your safety gloves is essential for ensuring they continue to provide the protection you require. We recommend a regular inspection of the nitrile surface before every shift. If you notice any cracks, peeling, or deep abrasions in the coating, it is time to replace the pair, as the liquid barrier and cut resistance may be compromised.
After working with oils or wet materials, wipe the gloves down with a damp cloth and allow them to air dry naturally. Avoid placing them on direct heat sources like radiators, as excessive heat can cause the nitrile coating to become brittle and crack. Proper storage in a cool, dry place away from direct sunlight will further extend the life of the high-performance fibres.
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