Product Overview
The Arc Cut C18 Level 2 Glove is a sophisticated piece of technical hand protection, engineered specifically for professionals facing the dual threats of electrical arc flashes and mechanical cut risks. This is not a standard utility glove; it is a precision tool that balances high-level thermal resistance with the tactile sensitivity required for intricate electrical or mechanical work. By integrating advanced materials with a thin-profile design, it ensures that safety does not come at the expense of performance.
Key Features
- Arc Flash Level 2 Protection: Provides a critical barrier against the intense thermal energy released during an arc flash event, helping to prevent life-altering injuries.
- 18-Gauge Liner: The exceptionally fine knit allows for a lightweight and highly flexible fit, ensuring you can handle small components with ease.
- Flame Resistant FR Dip: Enhances the glove's durability and provides an additional layer of protection against ignition and heat transfer.
- EN 388:2016 (3X43C) and ANSI Cut Level A3: Certified resistance against sharp edges and abrasions, offering peace of mind when working with hazardous materials.
- EN 407:2020 (4131XX) Certification: Rigorously tested to ensure the material performs under thermal stress and contact heat.
Design & Performance
The performance of this glove is rooted in its material composition. The use of Aramid provides inherent flame resistance and immense tensile strength, while the inclusion of glass fibre delivers the necessary reinforcement to achieve a high cut rating. The cotton element ensures the glove remains breathable and comfortable during extended shifts.
Unlike bulkier safety gloves, the 18-gauge construction creates a thin, second-skin feel. This is particularly beneficial for technicians who need to feel what they are doing while remaining protected. The FR dip is strategically applied to provide grip and protection without compromising the glove's natural flexibility.
Why No Customisation?
We do not offer customisation on the Arc Cut C18 Level 2 Glove because it is a specialist piece of Personal Protective Equipment (PPE). Any secondary processes, such as embroidery or heat-applied transfers, could potentially damage the integrity of the flame-retardant coating or create a point of failure in the aramid weave. To ensure your safety and maintain the validity of the technical certifications, these gloves must be used exactly as manufactured.
Use Cases
These gloves are essential for electrical engineers, substation technicians, and industrial maintenance crews working in environments where arc flash hazards are present. They are equally suited for petrochemical workers or anyone handling sharp components in high-heat or high-risk thermal zones.
Why MyWorkwear
Established in 1976, MyWorkwear has spent decades providing technical solutions to the UK's workforce. Operating from our base in Telford, we pride ourselves on understanding the nuances of safety requirements and supplying only the most reliable equipment to help you get the job done safely.
Practical Advice
When selecting your size, ensure the glove fits snugly across the palm and at the fingertips. A loose glove reduces your dexterity and can lead to snagging. If you are working in exceptionally cold environments, these can be worn as a primary layer, though they are designed to offer maximum tactile feedback when worn alone.
Caring for your product
Maintaining the integrity of your safety gloves is paramount for ensuring continued protection. Regularly inspect the surface for any signs of thinning or breakthrough in the FR dip, as compromised areas will not provide the rated level of arc or cut protection.
Avoid the use of industrial bleaches or oxidizing agents during cleaning. Such chemicals can cause the aramid and glass fibres to become brittle and lose their protective properties, potentially leading to failure when you need it most.
Store your gloves in a dry environment away from direct sunlight. Prolonged exposure to UV rays can degrade synthetic fibres over time, reducing the lifespan and reliability of the glove's safety features.
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