Insulating gloves Uvex 60838 Grey Acrylic Cotton Flame resistant

Uvex 60838 insulating gloves are designed to reduce the risk of burns from short-circuit electric arcs when working on electrical equipment. Constructed from a flame-retardant modacrylic/cotton knit, these grey insulating gloves offer thermal protection and insulation for tasks where exposure to electric arc discharge is a hazard. They are compatible for combined use with the uvex power protect V1000 electrician's glove to increase protection levels.

Advantages

The flame-retardant acrylic/cotton knit resists ignition and helps protect the wearer from second-degree skin burns caused by thermal discharge. The gloves provide electrical insulation and can be worn together with insulating electrician's gloves such as the uvex power protect V1000 to extend protection. Their textile construction offers a balance of protection and wearer comfort for prolonged use.

Suitable for

• Working on or near live electrical equipment where short-circuit arc risk exists
• Use as an inner or outer insulating layer in combination with certified electrician's gloves
• Maintenance, testing and installation tasks requiring flame retardant hand protection

Key specifications

• Brand: UVEX
• Model / MPN: 6083811
• EAN: 4048612085257
• Material: Modacrylic / Cotton knit (flame retardant)
• Color: Grey

How to use

Select the correct glove size and put the insulating gloves on before beginning work on electrical systems. If additional insulation is required, combine these gloves with certified insulating electrician's gloves (for example uvex power protect V1000) according to manufacturer instructions. Inspect gloves for damage or contamination before each use and replace if fibres are worn, burnt or compromised. Follow workplace electrical safety procedures and use in conjunction with other required protective equipment.

Usage recommendations

Store gloves in a clean, dry place away from direct sunlight and chemicals. Do not use these textile insulating gloves if visibly damaged; they are intended to reduce risk from arc thermal energy but must be used as part of a complete protective system and in accordance with applicable safety standards and workplace rules.