Description
Maximum Arc Flash Protection for High-Risk Electrical Work
The Dromex DG-ARC100 100 Cal Arc Switching Gloves are specialised mitt-style arc flash protective gloves designed for high-risk electrical environments. Manufactured from Dromex A.P.T™ fabric with a triple-layer construction, these royal blue gloves provide an ATPV rating of 100 cal/cm² and are intended for professionals exposed to electric arc thermal hazards.
Key Features
- ⚡ ATPV 100 cal/cm² arc-rated protection
- 🧤 Mitt-style glove design for arc flash applications
- 🧵 Dromex A.P.T™ fabric consisting of 88% cotton and 12% nylon
- 🔥 Triple-layer construction with 14 oz outer layer, 14 oz inner layer and meta-aramid FR lining
- ✅ Inherent flame-resistant stitching throughout
- 👌 Elasticated shirred wrist for a secure fit
- 🔷 Royal blue colour with arc rating identification on the cuff
- 🏭 Designed for electrical utilities, maintenance, mining and industrial operations
Benefits
- ⚡ Helps reduce exposure to severe arc flash thermal energy
- 🛡️ Provides high-level Category 4 arc protection performance
- 🙌 Comfortable fit supports extended wear during switching operations
- 🔥 Flame-resistant materials maintain protective properties during use
- 🔧 Suitable for use with arc-rated PPE systems used in electrical environments
- 💨 Lightweight fabric construction assists with wearer comfort
Specifications
| Brand | Dromex |
| Model | DG-ARC100 |
| Product Type | 100 Cal Arc Switching Gloves |
| Colour | Royal Blue / Sky Blue |
| Size | S/M |
| Arc Rating (ATPV) | 100 cal/cm² |
| Design | Mitt-Style Glove |
| Fabric Composition | 88% Cotton, 12% Nylon A.P.T™ Fabric |
| Construction | Triple Layer |
| Outer Layer | 14 oz A.P.T™ Fabric |
| Inner Layer | 14 oz A.P.T™ Fabric |
| Lining | Meta-Aramid Flame-Resistant Lining |
| Stitching | Inherent Flame-Resistant Stitching |
| Cuff | Elasticated Shirred Wrist |
How to Use
- Select the correct glove size before use.
- Inspect gloves for damage, contamination or excessive wear.
- Wear the gloves as part of a complete arc-rated PPE system where required by the risk assessment.
- Ensure the elasticated wrist is properly positioned for a secure fit.
- Remove from service if damaged or if protective integrity is compromised.
⚠️ These gloves are arc-rated for thermal protection against electric arc hazards and should be used as part of an approved arc flash PPE system appropriate to the hazard assessment.
Customer Reviews
⭐⭐⭐⭐⭐ “Excellent protection and comfortable during switching work.” — Thabo S.
⭐⭐⭐⭐⭐ “The fit is secure and the glove feels well constructed.” — Pieter M.
⭐⭐⭐⭐⭐ “Trusted protection for high-energy electrical maintenance tasks.” — Lerato K.
Frequently Asked Questions
What is the ATPV rating? The gloves have an ATPV rating of 100 cal/cm².
What material are the gloves made from? They use Dromex A.P.T™ fabric consisting of 88% cotton and 12% nylon with a meta-aramid flame-resistant lining.
What size is this product? This variant is supplied in S/M size.
Are the gloves flame resistant? Yes. The gloves feature flame-resistant materials and inherent flame-resistant stitching.
What industries commonly use these gloves? Electrical utilities, power generation, mining, industrial maintenance and electrical contracting sectors.
Can these gloves be used with other arc-rated PPE? Yes. They are designed for use within an arc flash PPE system.
What glove style is used? The DG-ARC100 uses a mitt-style construction.
Industries & Applications
- ⚡ Electrical utilities
- 🏭 Industrial maintenance
- ⛏️ Mining operations
- 🔌 Electrical switching and isolation tasks
- 🏗️ Industrial construction projects
- ⚙️ Power generation facilities
- 🚆 Rail and infrastructure maintenance
- 🔧 High-voltage maintenance environments
Compliance & Certifications
- ✅ NFPA 2112
- ✅ NFPA 70E
- ✅ ASTM F2621-12
- ✅ IEC 61482-1-1
- ✅ IEC 61482-1-2
- ✅ EN 61482
- ✅ EN 11611
- ✅ EN 11612
Choose the Dromex DG-ARC100 Arc Switching Gloves when high-level arc flash protection, reliable flame-resistant construction and proven industry compliance are required for demanding electrical work environments.
