Product Overview
The Chem 300 Latex Double Dipped Gauntlet is a specialist piece of hand protection designed for those operating in environments where standard gloves simply will not suffice. Constructed from high-grade latex and featuring a distinctive yellow and blue finish, these gauntlets are engineered to provide a reliable barrier against liquid ingress and various chemical substances. The double-dipped construction ensures a higher level of durability, providing the wearer with confidence when handling materials in demanding industrial settings.
Key Features
- Double Dipped Latex: By dipping the gauntlet twice during manufacture, we ensure a more robust protective layer that resists wear and tear better than single-layered alternatives.
- Anti-Slip Pattern: The textured surface provides a secure grip in both wet and dry conditions, reducing the risk of accidents when handling slippery components or containers.
- Chlorinated Finish: The chlorination process smooths the internal surface and toughens the exterior, making the gauntlets easier to don and doff while increasing their overall lifespan.
- Gauntlet Length: The extended cuff provides vital protection for the wrist and lower forearm, preventing splashes from reaching the skin.
Design & Performance
In terms of performance, the Chem 300 is designed to be as functional as it is protective. The latex material is flexible enough to allow for a natural range of hand movement, which is essential for tasks requiring precision. Despite being a lightweight fabric in terms of its tactile feel, the double-dipping process adds a layer of physical security that one might usually expect from much bulkier hand protection. The yellow and blue colourway is not merely aesthetic; it aids in visibility and helps distinguish chemical protection from general-purpose gloves in a busy workplace.
Why No Customisation?
We do not offer customisation, such as printing or embroidery, on this specific product for critical safety reasons. These gauntlets are designed to act as a complete chemical barrier. Any puncture from embroidery needles or heat application from printing processes would compromise the integrity of the latex, potentially allowing hazardous substances to reach the wearer's skin. To ensure your safety and compliance with PPE standards, these must be used in their original, manufactured state.
Use Cases
These gauntlets are ideally suited for professionals working in the chemical industry where liquid handling is a daily occurrence. They are equally effective in food processing environments where hygiene and grip are paramount, as well as for industrial cleaning teams who require protection from harsh detergents and sanitising agents.
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 both protective equipment and high-quality branding. While we cannot customise these gauntlets, we apply the same rigorous standards of selection to our PPE range as we do to our bespoke embroidery services, ensuring you receive only the most reliable products for your team.
Practical Advice
When selecting your size, ensure a snug fit that allows for dexterity but does not restrict circulation. If you are working in particularly cold environments, you may wish to consider a thin thermal liner underneath, though please ensure this does not compromise the seal of the gauntlet at the wrist. Always inspect the gloves for nicks or tears before every use; a chemical gauntlet with a hole is about as useful as a chocolate teapot.
Caring for your product
To maintain the protective qualities of the latex, it is essential to rinse the gauntlets thoroughly with clean water after each use. This removes any residual chemicals or debris that might degrade the material over time. Failure to rinse the gloves can lead to the latex becoming brittle or tacky, significantly shortening their service life.
After rinsing, allow the gauntlets to dry naturally in a well-ventilated area away from direct sunlight or heat sources like radiators. Excessive heat can cause the latex to crack and perish, while UV exposure can weaken the chemical resistance of the material. Store them in a cool, dry place to ensure they remain ready for your next shift.
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