Product Overview
The Grip 12 Nitrile Full Dipped Knitwrist Glove is a robust solution for professionals operating in environments where standard gloves simply will not suffice. Designed to provide a total barrier against liquids and abrasives, this glove features a full nitrile coating that encompasses the entire hand area. This ensures that whether you are handling oily components or working in damp conditions, your hands remain protected and dry.
By combining the resilience of nitrile with the comfort of a textile base, this glove balances physical protection with the flexibility required for manual handling tasks. It is a dependable choice for those who require a glove that can withstand the rigours of utility work and maintenance without failing prematurely.
Key Features
- Full Nitrile Coating: This comprehensive coating prevents the penetration of grease, oil, and water, ensuring your hands stay clean and protected in messy environments.
- High Abrasion Resistance: The tough outer layer is designed to withstand significant wear and tear, extending the lifespan of the glove during heavy-duty tasks.
- Jersey Lining: The internal jersey fabric provides a soft, cushioned feel against the skin, which helps to absorb perspiration and improve comfort during long shifts.
- Integrated Knitwrist: The elasticated wrist ensures a secure fit, preventing debris from entering the glove while also providing a stable base that stays in place during movement.
Design & Performance
The performance of the A300 glove is rooted in its material composition. The outer nitrile layer is specifically chosen for its ability to resist chemicals and oils that would typically degrade standard latex or leather alternatives. This makes it particularly effective for automotive and mechanical applications where fluid contact is frequent.
Internally, the blend of cotton and polyester materials creates a breathable environment for the hand. Despite its substantial protective barrier, the glove remains relatively lightweight, allowing for a degree of dexterity that is often lost in heavier safety gloves. The jersey lining serves a dual purpose: it adds a layer of insulation for cooler environments and acts as a moisture management system to keep the skin comfortable.
Why No Customisation?
As a piece of Personal Protective Equipment (PPE) designed for specific safety standards, we do not offer customisation on this product. Applying embroidery or heat-applied logos could compromise the integrity of the nitrile coating, potentially creating puncture points or weak spots where liquids could penetrate. To ensure your safety remains the priority, we provide these gloves in their original, tested form.
Use Cases
These gloves are ideally suited for refuse collection, where resistance to moisture and sharp abrasives is essential. They are equally effective for utility workers, maintenance engineers, and those in the construction industry who frequently handle oily or wet materials. Their robust nature makes them a staple for any task requiring a high level of hand protection and grip performance.
Why MyWorkwear
Since 1976, MyWorkwear has been a cornerstone of the UK workwear industry. Operating from our base in Telford, we have spent decades refining our expertise in providing high-quality PPE and garments to tradespeople across the country. Our longevity is a testament to our commitment to quality and our understanding of the practical needs of the British workforce.
Practical Advice
When selecting your size, ensure a snug fit around the fingers to maintain dexterity. A glove that is too large can lead to slipping and reduced grip efficiency, while one that is too small may cause hand fatigue. For those working in particularly cold outdoor environments, the jersey lining provides a modest layer of warmth, but they can also be paired with a thin thermal liner if required, provided the fit remains comfortable.
Caring for your product
To maintain the protective qualities of your nitrile gloves, it is important to store them in a cool, dry place away from direct sunlight. Exposure to UV rays over long periods can cause the nitrile coating to become brittle, which significantly reduces its abrasion resistance and protective capabilities.
If the gloves become soiled, wipe the outer coating with a damp cloth rather than using harsh chemicals, which could degrade the material. Keeping the interior dry is equally important; if the jersey lining becomes damp, allow the gloves to air dry naturally. Subjecting them to high heat sources, such as radiators, may distort the shape and compromise the flexibility of the nitrile layer.
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