Product Overview
The Grip 13 Full Coating Nitrile Glove, often referred to as the All-Flex Grip, is a professional-grade solution for those operating in environments where contact with liquids and oils is a daily occurrence. Unlike standard gloves that only offer palm protection, this model features a comprehensive, fully dipped nitrile coating. This design provides an robust barrier against moisture and industrial lubricants, ensuring your hands remain dry and protected without sacrificing the tactile sensitivity required for intricate manual tasks.
Key Features
- Fully dipped nitrile coating: This provides complete hand protection against oil and water penetration, making it indispensable for wet or greasy handling environments.
- 13-gauge polycotton blend liner: The fine-knit construction offers exceptional dexterity and a close fit, allowing you to handle small components with ease.
- Elasticated knit wrist: Ensures the glove stays securely in place while preventing dust and debris from entering the glove during operation.
- Polyester and elastic construction: The blend of materials offers a balance of durability and stretch, conforming to the natural shape of the hand to reduce fatigue.
Design & Performance
Engineered for performance, the A315 glove utilizes a lightweight polyester liner that facilitates breathability during long shifts. The nitrile dipping process is executed to ensure the coating remains supple; even with a full dip covering the back of the hand, the glove does not feel restrictive. This makes it particularly effective for mechanical work where you might be reaching into oily engine bays or handling saturated parts. The black colourway is a practical choice, effectively masking the grease and grime that are inevitable in a workshop or industrial setting.
Why No Customisation?
We do not offer customisation services, such as embroidery or heat-transfer printing, on this specific glove. As a piece of specialized hand protection, the technical nitrile coating is designed to act as a seamless liquid barrier. Applying embroidery would puncture this barrier, rendering the glove ineffective against oils and water. Furthermore, the textured surface of the nitrile does not allow for a professional or durable finish for printed logos. We supply these in their original state to ensure they meet the safety standards required for your workplace.
Use Cases
These gloves are highly recommended for automotive technicians, plumbers, and assembly line workers. They are equally suitable for construction workers handling wet materials or maintenance engineers who require a reliable grip when dealing with lubricated machinery.
Why MyWorkwear
Since 1976, MyWorkwear has been a trusted partner for UK businesses, providing high-quality safety equipment and apparel from our headquarters in Telford. We take pride in our heritage and our technical expertise, ensuring that the products we stock meet the rigorous demands of British industry.
Practical Advice
To get the most out of the fine-knit liner, we suggest ensuring the gloves fit snugly against the fingertips. A loose fit will diminish the dexterity that the 13-gauge knit is designed to provide. If you are frequently working in extremely cold conditions, these lightweight gloves can also serve as a protective outer layer over a thin thermal liner, though this may slightly reduce tactile feedback.
Caring for your product
Maintaining your gloves correctly is the best way to ensure they continue to provide reliable protection and grip. To keep them clean, we recommend wiping the nitrile surface with a damp cloth to remove excess oils and grit. Avoid placing these gloves in a high-temperature machine wash, as intense heat can cause the nitrile coating to become brittle and eventually crack, compromising the liquid-proof barrier.
Do not use bleach or aggressive solvent cleaners, as these will degrade the synthetic fibres of the liner and the integrity of the dip. Always allow the gloves to air dry naturally away from direct heat sources like radiators. Storing them in a cool, dry environment out of direct sunlight will help maintain the flexibility of the materials for a longer period.
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