Crystal Electrical Safety Gloves – Class 3 (360 mm) Working Voltage: 26,500V
Crystal Electrical Safety Gloves – Class 3 (360 mm) Working Voltage: 26,500V
100 in stock
Couldn't load pickup availability
Get Performa Invoice
Submit your GST number to save up to 18% and receive a proper GST invoice. Bulk quantity buyers may get special pricing based on order volume. For single piece purchase, the price remains the same. If you require a GST bill or bulk pricing, please fill in your details below.
Share
Crystal Class 3 Electrical Insulating Gloves – High Voltage Protection
Crystal Class 3 Electrical Insulating Gloves are specially designed for extreme electrical working conditions, offering reliable insulation and robust protection for professionals handling live electrical systems. Built for durability and safety, these gloves ensure dependable performance in high-risk voltage environments up to 26,500V.
⚡ Key Features
- Class 3 electrical insulating gloves for high-voltage applications
- Maximum working voltage of 26,500V
- Individually tested at 30,000V for assured safety
- High breakdown voltage up to 40,000V
- Heavy-duty construction for demanding electrical environments
- Designed to reduce risk during live-line operations
🔌 Electrical Performance
- Working Voltage: 26,500 V
- Test Voltage: 30,000 V
- Breakdown Voltage: 40,000 V
- Ensures a high safety margin for live electrical maintenance
📏 Dimensions & Coverage
- Glove Length: 360 mm
- Provides effective hand and wrist protection
- Comfortable fit for extended working hours
🏭 Recommended Applications
- High-voltage electrical maintenance work
- Power transmission and distribution networks
- Substations and electrical panels
- Industrial electrical installations
- Live-line working in hazardous zones
⭐ Why Choose Crystal Class 3 Gloves?
Crystal Class 3 gloves are trusted by electrical professionals for their superior insulation performance, rugged durability, and high safety margins. Designed to handle demanding electrical tasks, they provide dependable protection where safety is critical.
