Description
“The Raychem KAMFET KL-D Series Class 2 gloves are engineered for the rigorous demands of power utilities, industrial switchgear, and renewable energy maintenance. While standard safety gloves offer basic protection, Raychem’s proprietary latex dipping technology ensures a seamless, uniform thickness of 2.3mm, providing a high dielectric barrier without sacrificing the tactile sensitivity needed for handling small components.9
Each pair undergoes a strict proof-test at 10$20,000\text{V AC}$ to guarantee integrity.11 The low-protein natural rubber minimizes skin irritation, while the RC (Resistant to Acid, Ozone, Oil, and Low Temperatures) classification ensures these gloves perform in the harshest outdoor environments.12 For maximum longevity, it is recommended to use these with Raychem leather over-gloves to protect against mechanical punctures and abrasions.”13
The Shift Toward TCT (Total Comfort Technology)
In 2026, the trend in PPE is “Wearability.” Safety compliance only works if the gear is comfortable enough to wear all day. Raychem’s KAMFET series utilizes an ergonomic “hand-at-rest” mold that significantly reduces hand fatigue during complex wiring tasks.14 This “second-skin” feel is why it’s outperforming traditional, stiffer rubber gloves in the market.
Eco-Friendly Safety Standards
Sustainability is a major keyword for 2026. Raychem has optimized its manufacturing process to use responsibly sourced natural latex, making these gloves a preferred choice for companies looking to meet ESG (Environmental, Social, and Governance) targets without compromising on life-saving dielectric strength.
Comparison & Technical Charts
Raychem KAMFET Class Comparison
| Feature | Class 00 | Class 0 | Class 2 (This Product) | Class 4 |
| Max Working (AC) | 500V | 1,000V | 17,000V | 36,000V |
| Proof Test (AC) | 2,500V | 5,000V | 20,000V | 40,000V |
| Thickness | 0.5mm | 1.0mm | 2.3mm | 3.6mm |
| Common Use | EV Repair | Residential | Substations/Utility | High-Voltage Trans. |
Voltage Rating & Safety Specs (Class 2)
| Parameter | Value / Standard |
| AC Maximum Use Voltage | $17,000\text{V}$ |
| DC Maximum Use Voltage | $25,500\text{V}$ |
| AC Proof Test Voltage | $20,000\text{V}$ |
| Standard Compliance | IEC 60903 / EN 60903 |
| Arc Flash Rating | APC 2 (Tested to IEC 61482-1-2) |
| Category | RC (Acid, Ozone, Oil, Low Temp) |
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