Product Overview
The Cut F13 PU Essential Multipack provides a robust solution for environments where high-level hand protection is non-negotiable. Designed to offer the maximum level of cut resistance (Level F) while remaining cost-effective, these gloves are an essential asset for teams handling sharp materials. This multipack contains 12 pairs, ensuring that your workforce remains equipped with professional-grade safety gear without unnecessary overhead.
Key Features
- Level F Cut Resistance: This represents the highest tier of protection against lacerations, making these gloves suitable for handling glass, sharp metal, and blades.
- Polyurethane (PU) Coating: The palm-dipped coating provides an exceptional grip in dry conditions and increases the lifespan of the glove through enhanced abrasion resistance.
- EN407 Contact Heat Level 1: Certified to withstand temperatures up to 100°C for short durations, providing a safety buffer when working near heated components.
- Seamless Liner: By removing internal seams, the design minimises pressure points and irritation, allowing for prolonged use during demanding shifts.
- Light Hand Feeling: Despite the high level of protection, the materials are selected to maintain dexterity and reduce hand fatigue.
Design & Performance
The engineering behind these gloves focuses on the delicate balance between maximum safety and operational efficiency. The seamless construction is not merely for comfort; it enhances the dexterity required for precision tasks, ensuring that safety doesn't come at the cost of productivity. The PU coating is applied specifically to provide a "light" feel, which is often missing in high-protection gloves, allowing the wearer to maintain tactile feedback.
In terms of durability, the Level F rating ensures these gloves can withstand significant mechanical stress. The integration of EN407 heat resistance further expands their performance profile, making them a versatile choice for multi-hazard environments where both sharp edges and warm surfaces may be encountered.
Why No Customisation?
We do not offer customisation on these gloves because they are specialised Personal Protective Equipment (PPE). Applying heat-press transfers or embroidery could potentially compromise the structural integrity of the cut-resistant fibres or interfere with the performance of the PU coating. Our priority is your safety, ensuring the product performs exactly as certified to protect your hands.
Use Cases
These gloves are ideally suited for professionals in glass manufacturing, metal fabrication, and high-risk recycling centres. They are also a sensible choice for construction sites where sharp offcuts and materials are frequently handled, or for maintenance tasks involving components that may be warm to the touch up to 100°C.
Why MyWorkwear
Since 1976, MyWorkwear has been at the forefront of the UK workwear industry. Operating from our base in Telford, we combine decades of technical expertise with a commitment to providing high-quality protective gear. We understand that in hazardous roles, the right equipment isn't a luxury—it's a necessity for getting the job done safely.
Practical Advice
When selecting your size, ensure a snug fit to maintain full control over your tools. A glove that is too large can reduce dexterity and potentially snag in machinery, while one that is too small will cause hand fatigue over a long shift. Given that these are sold in packs of 12, we recommend keeping a spare pair readily available in your toolkit to replace any that show signs of significant wear.
Caring for your product
Maintaining your PPE is vital for ensuring it continues to provide the certified level of protection. You should regularly inspect each glove for tears, thinning of the PU coating, or frayed fibres. If the structural integrity is compromised, the glove should be replaced immediately, as it may no longer provide Level F protection.
We recommend storing these gloves in a cool, dry place away from direct sunlight. Prolonged exposure to UV rays can degrade the synthetic fibres and the polyurethane coating over time, which could lead to the material becoming brittle and failing when you need it most.
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