Product Overview
The Vending Cut C13 PU Glove is a specialist safety solution designed to meet the rigorous demands of modern industrial environments. Supplied in a substantial carton of 144 pairs, these gloves are specifically engineered for compatibility with industrial vending machines. By providing a consistent, high-volume supply of Level C cut resistance, they ensure your workforce is protected against sharp edges and abrasive materials without the logistical headache of frequent reordering.
Key Features
- Level C Cut Resistance: Provides a robust barrier against cuts and sharp objects, ensuring safety when handling glass, metal shards, or sharp tools.
- Seamless Liner: The internal construction is designed to eliminate pressure points, offering exceptional comfort during extended shifts and maintaining the wearer's dexterity.
- Compressed Packaging: Each pair is expertly packed to occupy minimal space, which optimises the capacity of your vending machines and reduces the frequency of restocking.
- Polyurethane (PU) Palm Coating: Enhances grip in both dry and slightly oily conditions, allowing for precise handling of small components.
Design & Performance
Constructed from a sophisticated blend of HPPE, Polyester, and Glass Fibre, these gloves offer a high-performance protective shield while remaining remarkably lightweight. The integration of glass fibre is particularly crucial as it provides the structural integrity required to achieve Level C cut protection. Despite this high level of safety, the gloves do not feel cumbersome. The seamless liner ensures that the fit is snug and responsive, allowing for the fine motor skills required in carpentry or precision assembly.
The grey colourway is a practical choice for industrial settings, as it effectively hides dirt and grease, maintaining a professional appearance for longer. These gloves are built to withstand the daily rigours of the workshop while providing the breathable comfort necessary for all-day wear.
Why No Customisation?
We do not offer customisation on these safety gloves. As high-performance Personal Protective Equipment (PPE), any alteration to the fabric—such as embroidery or heat-applied transfers—could potentially compromise the integrity of the protective fibres. Furthermore, since these are specifically designed for compressed vending machine distribution, additional branding would interfere with the packaging and dispensing process. We focus on providing the highest standard of protection as the manufacturer intended.
Use Cases
These gloves are an ideal choice for large-scale operations involving carpentry, metal fabrication, or glass handling. They are particularly suited to businesses that utilise automated vending systems to manage their PPE inventory, ensuring that every employee has immediate access to certified hand protection whenever it is required.
Why MyWorkwear
Since 1976, MyWorkwear has been at the forefront of the UK workwear industry. Operating from our base in Telford, we have spent decades refining our expertise in safety and procurement. We understand that reliable protection is the foundation of any successful trade, and we take pride in supplying products that meet the highest standards of safety and durability.
Practical Advice
To ensure maximum protection, it is vital that the glove fits correctly. A glove that is too loose can become caught in machinery, while one that is too tight can cause hand fatigue. When loading these into your vending machines, ensure they are stored in a cool, dry place to maintain the elasticity of the wrist cuffs and the integrity of the PU coating.
Caring for your product
To maintain the performance and safety rating of your gloves, it is important to keep them free from excessive dirt and contaminants. While these are often treated as a high-turnover item in industrial settings, keeping the PU palm clean will ensure that the grip remains effective.
If the gloves become damp, they should be allowed to air dry naturally. Avoid placing them directly on high-heat sources, as this can cause the synthetic fibres and the glass fibre core to become brittle, which may lead to a loss of flexibility and a reduction in the cut resistance properties.
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