Product Overview
The A930 Disp 7 mil Disposable Glove is a heavy-duty hand protection solution designed for professionals who demand more than a standard single-use glove can provide. Engineering with a substantial thickness, these gloves are built to survive the rigours of industrial work where standard nitrile might fail. They provide a robust barrier against contaminants while maintaining the flexibility required for intricate technical tasks.
Key Features
- Innovative Crystal Grip Technology: This specialised surface texture provides a superior hold on tools and components, ensuring safety and precision even when handling oily or wet items.
- High-Strength Heavy-Duty Thickness: With a thickness significantly greater than standard alternatives, these gloves offer exceptional puncture resistance and durability for demanding environments.
- Synthetic Nitrile Compound: This material is engineered to be three times stronger than standard nitrile, offering enhanced protection without the risks associated with latex allergies.
- Silicone-Free Construction: This ensures the gloves are safe for use in paint shops and sensitive manufacturing areas where silicone contamination can ruin finishes.
- Bulk Pack Quantity: Supplied in boxes of 100, these gloves offer a practical solution for high-usage environments, ensuring your team always has access to fresh protection.
Design & Performance
The performance of the A930 is centred on its premium synthetic nitrile compound. This material choice ensures that the glove remains resilient when exposed to various chemicals and mechanical stresses. The black colour is a deliberate design choice for the automotive and engineering sectors, as it effectively hides grease and oil, keeping the wearer looking professional throughout their shift.
Unlike thinner disposables, the heavy-weight construction of this glove reduces the likelihood of tearing during donning or mid-task. The crystal grip pattern is embossed across the surface to maximise surface area contact, which is vital for maintaining a secure grip on smooth surfaces like glass or polished metal.
Why No Customisation?
We do not offer customisation on this product because it is a disposable item intended for high-turnover safety use. Furthermore, any attempt to print or embroider onto nitrile would compromise the physical integrity of the glove, rendering its protective barrier useless and potentially exposing the wearer to hazards.
Use Cases
These gloves are specifically recommended for the automotive manufacturing industry, where grip and chemical resistance are essential. They are equally effective in the electronics sector due to their silicone-free properties and in the glass industry, where the enhanced grip technology prevents slippage of delicate materials.
Why MyWorkwear
MyWorkwear has been a cornerstone of the UK workwear industry since 1976. Operating from our base in Telford, we have spent decades refining our knowledge of PPE and industrial clothing. We don't just sell products; we provide expertise to ensure your workforce is protected by the best equipment available in the market.
Practical Advice
To get the best performance from these gloves, ensure you select the correct size for a snug fit. A glove that is too large will cause the material to bunch, reducing the effectiveness of the crystal grip. If you are frequently transitioning between tasks, ensure your hands are completely dry before donning a new pair to prevent skin irritation.
Caring for your product
To maintain the structural integrity of these disposable gloves, they should be stored in their original packaging in a cool, dry environment. Exposure to direct sunlight or high temperatures should be avoided, as UV light and heat can cause the nitrile compound to degrade, making the gloves brittle and prone to failure.
These are single-use items and must be disposed of correctly after each task or if they show any signs of damage. Attempting to wash or reuse disposable nitrile gloves is not recommended, as it will strip away the protective properties and increase the risk of cross-contamination within your workspace.
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