Product Overview
The Grip 13 Nitrile Foam Glove, frequently referred to as the Dexti-Grip, is an essential tool for professionals who require unfettered precision. Designed to act as a second skin, these gloves provide maximum dexterity, making them the primary choice for general assembly work and the handling of precision parts where tactile feedback is paramount.
Engineered with a breathable seamless liner, these gloves ensure comfort during extended periods of use. The specialised nitrile foam coating is particularly effective in environments where surface oil is present, allowing for a secure grip that maintains productivity without compromising on safety.
Key Features
- Maximum dexterity allows for the effortless manipulation of small components and intricate tools, reducing the risk of errors during assembly.
- The nitrile foam coating provides a superior grip in both dry and oily conditions, ensuring that handheld items remain secure even in challenging environments.
- A seamless polyester and elastic liner prevents skin irritation and promotes airflow, keeping hands cool and dry throughout the working day.
- The lightweight construction minimises hand fatigue, allowing technicians to maintain precision over long shifts.
Design & Performance
The performance of the Grip 13 is rooted in its sophisticated material blend. By combining polyester and elastic, the glove offers a snug, contoured fit that responds to every movement of the hand. This flexibility is critical for tasks that demand fine motor skills, such as electronics assembly or mechanical maintenance.
The nitrile foam application on the palm and fingers is designed with a porous structure. This allows it to effectively channel away light oils and liquids from the contact surface, preventing slippage. Despite its thin and flexible nature, the coating is resilient enough to handle the abrasive nature of repetitive manual tasks, ensuring a longer lifespan for each pair.
Why No Customisation?
As these gloves are classified as Personal Protective Equipment (PPE) designed specifically for dexterity and tactile sensitivity, we do not offer customisation services. Any addition of embroidery or heat-applied transfers would interfere with the glove's flexibility and could potentially damage the breathable liner. Furthermore, as these are considered high-turnover consumable items, branding is typically unnecessary for their functional application.
Use Cases
These gloves are perfectly suited for professionals in the automotive, aerospace, and electronics industries. They are also highly effective for warehouse staff handling small parts or for maintenance engineers who require protection from light oils while performing intricate repairs.
Why MyWorkwear
Since 1976, MyWorkwear has been a trusted partner for British industry. From our headquarters in Telford, we apply decades of expertise to select products that meet the highest standards of performance. Our commitment to quality ensures that your workforce is equipped with reliable gear that stands up to the rigours of the modern workplace.
Practical Advice
For the best performance, it is vital to select a size that provides a close, firm fit. A loose glove will diminish the dexterity benefits and may catch on components. If you are working in environments with significant oil saturation, ensure the gloves are replaced regularly to maintain the integrity of the nitrile grip.
Caring for your product
To maintain the high-performance grip and comfort of your nitrile foam gloves, it is important to inspect them regularly for signs of wear or contamination. Proper maintenance ensures the gloves continue to protect the wearer while providing the necessary tactile feedback.
If cleaning is required, we recommend a gentle hand wash with a mild detergent. Avoid the use of bleach or harsh chemical cleaners, as these will break down the nitrile foam and weaken the elastic fibres in the liner, causing the glove to lose its shape and grip capabilities.
Always allow the gloves to air dry naturally away from direct heat sources. Using a tumble dryer or placing them on a radiator can cause the nitrile coating to become brittle and crack, which will significantly reduce the effectiveness of the glove in oily conditions.
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