Product Overview
The A722 Impact C13 Nitrile Sandy Reinforced Palm Glove is a sophisticated piece of personal protective equipment designed for industrial environments where hand safety is non-negotiable. By integrating high-level cut resistance with robust impact protection, this glove addresses the dual threats often found in heavy-duty settings. It manages to provide this high level of security while maintaining a flexible, seamless liner that ensures the wearer remains comfortable throughout a full shift, avoiding the hand fatigue often associated with more rigid safety gloves.
Key Features
- Flexible PVC impact pods provide essential shielding for the back of the hand and knuckles against knocks and scrapes, particularly in confined spaces.
- The sandy nitrile coating offers an exceptional grip, functioning effectively when handling oily or wet components and reducing the risk of accidental slips.
- A reinforced thumb crotch significantly enhances the durability of the glove in a high-friction area, ensuring a longer product life in demanding conditions.
- A seamless, breathable liner made from a technical blend of HPPE and glass fibre provides reliable cut protection without the irritation caused by internal seams.
Design & Performance
This glove is constructed using a high-performance blend of materials including HPPE, glass fibre, nylon, and polyester. This combination creates a lightweight but incredibly strong barrier against sharp edges and abrasive surfaces. The performance is further bolstered by the application of the 'sandy' nitrile finish on the palm. This texture acts like a micro-suction surface, allowing for superior control and tactile feedback. Despite its heavy-duty rating, the design focuses on flexibility, allowing for a range of motion that is often lost in bulkier safety equipment.
Why No Customisation?
As a specialised piece of safety equipment, the A722 is sold exactly as manufactured. Any modification to the glove, such as heat-applied transfers or embroidery, could potentially compromise the structural integrity of the cut-resistant fibres or the impact-absorbing PVC pods. To ensure you remain fully protected and compliant with safety standards, we provide these items in their original, unadulterated state, focused entirely on the safety of the user.
Use Cases
These gloves are ideally suited for professionals working in construction, demolition, and heavy mechanical engineering. They are particularly effective for those handling sharp materials or working in environments where there is a constant risk of impact injuries to the hands. If your daily tasks involve oily machinery, heavy logistics, or assembly in hazardous zones, these are the appropriate choice for your safety needs.
Why MyWorkwear
Since 1976, MyWorkwear has been a trusted supplier of quality industrial clothing and safety equipment. Based in Telford, our decades of experience allow us to select only the most reliable products for our customers. We understand that in the world of workwear, technical performance and safety are paramount, and our long-standing heritage is a testament to our commitment to providing expert advice and quality gear.
Practical Advice
To ensure maximum protection, it is vital to select the correct size. A glove that is too loose will reduce dexterity and may become a snagging hazard, while one that is too tight will cause discomfort and may prematurely wear out the materials. For this specific model, ensure the impact pods align correctly with your knuckles to provide the intended protection during use.
Caring for your product
Proper maintenance of your safety gloves is essential to ensure they continue to provide the necessary level of protection over time. Accumulated dirt and oils can eventually degrade the nitrile coating, so we recommend a light cleaning to maintain the integrity of the materials and your grip performance.
We strongly advise against using chlorine-based bleaches or harsh chemicals, as these can break down the technical HPPE and glass fibres, which would render the cut resistance ineffective. Similarly, avoid high-temperature drying or direct heat sources, as this can cause the PVC impact pods to become brittle or the nitrile to crack, compromising the glove's flexibility and safety features.
4.8
