35 kV high voltage rubber gloves for electrical work

Features:

1. ELECTRIC GLOVE KIT: Contains 1 pair of class 00 insulated rubber gloves and 1 pair of non-static knitted gloves. Insulating gloves prevent electrical hazards and are ideal for line workers, electricians, field workers, etc.
2. HIGH VOLTAGE INSULATION: The performance of 35kV live work with insulating gloves has reached the requirements of international standards and becomes a new generation of protective products for live work.
3. UNIQUE PROTECTIVE DESIGN: Comes with non-static knitted cotton blend gloves, and when using rubber gloves, wear them underneath. This will increase the friction between the gloves and absorb the sweat from your hands, so you cannot easily remove the gloves while you work.
4.NON-STATIC: A unique carbon filament is woven inside the glove, which blocks static electricity and prevents electrostatic fields within the glove, making it safer to work with.
5.PRECISION HANDLING: The glove is 1 mm (0.04 in) thick and made of a flexible material.Suitable for low-voltage electrical work requiring precise operation to ensure finger flexibility. For short-term use, you can only wear rubber gloves to improve sensitivity for detailed work.
Specifications:Item Type: Rubber Gloves
Material: Rubber

Package List:1 Pair of Rubber Gloves1 Pair of Knitted Gloves
Note:1. The product is suitable for operators in which the AC voltage is less than 30kV and the DC voltage is less than 45kV at workplaces.2. Before use, in order to avoid changes in the storage, transportation or sales process, the electrical insulation performance should be tested by the designated national testing institution before use, and then the electrical performance should be regularly tested every six months. 3. The inflation test must be carried out before each use, and any damage found is prohibited for use.4. Store properly after use, keep clean and dry, do not contact oil, acid, alkali and other corrosive substances, and keep away from heat sources.5. Routine testing should be carried out according to the method specified in GB/T17622‑2008 or IEC60903.