Penta Beige Latex Electrical Protection Electrical Insulating Gloves, Size 8, Medium, Latex Coating

Sibille GLE36 0 Insulating Electricians Gloves The Sibille reusable work gloves are a natural colour, high-quality, latex material for electricians making up a part of your personal protection equipment. This insulating safety work glove made from non-conductive natural rubber combines high dielectric and high strength grip with excellent electrical resistance. Capable of working voltage to 1000 V ac, and is tested to 5000 V ac this Class 0 safety glove is capable of withstanding high voltages whilst still holding its core properties. This work glove is anatomically shaped, flexible and durable offering maximum comfort and superior performance. A specially formulated exterior coating helps to ensure a positive grip in wet conditions and is to slip on and off. Each pair is electrically tested to meet standards. Features and Bvvenefits Designed specifically for electrical safety on applications up to 5000V Premium quality thick latex construction with an excellent grip Gauntlet design offers additional protection around the hand for easy working Recommended to use a leather glove for mechanical protection Durable and long-lasting work gloves that withstand knocks and scrapes Class 0 are proof tested to 1000V, but maximum working use of 5000V Certified EN60903 that offers the highest level of protection Size 8 Gloves Length of a glove is 36cm Typical Applications Electrical insulating gloves can be used both in indoor and outdoor working environments: Construction Utility Emergency services Engineering and manufacture Electrical maintenance Installations Wiring FAQs Do these gloves need to be tested?Electrical gloves need to be tested twice a year to ensure they are protecting you against low, medium and high voltages. Ensure to check the stamped dates on the gloves.How to ensure gloves are fit for use?It is important to air test these gloves before using to check for any holes as it could be dangerous. This can be done by blowing air into the glove and trapping it inside if no air leaks out then the glove is safe to use.