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Di-Electric Boots Manufacturers
Hi Care Protectivewear, a leading manufacturer of DiElectric Boots in India. These boots are mainly made to protect workers from electrical hazards in various industries. These Electrical Safety Boots are made from materials which have excellent dielectric properties. This ensures electricity does not pass through the worker’s body.
DiElectric Boots in India are also known as Harvik DiElectric Boots. These Electrical boots are introduced to provide full comfort to workers who work for long hours with electrical hazards. By wearing these boots, workers can feel safe and can focus on their work without have to worrying about electrical shocks.
The key features of DiElectric Boots are their ability to prevent the flow of electricity. This feature is achieved by using high quality materials which have excellent dielectric property.
These electrical boots are tested to ensure that they provide the high level of protection against electrical hazards. DiElectric Boots not only provide safety but also provide comfort. These boots fit very well and provide full support to wearer which helps them to work comfortably.
Maintenance of DiElectric Boots is too simple. Do regular cleaning and inspect it to ensure the boots remain in good condition and it continue to provide the necessary protection to wearer. Proper care ensures they provide long-lasting safety against electrical hazards.
Hicare is one of the best suppliers of DiElectric Boots in India. Electrical Boots are very important in protecting workers from electrical hazards. We offer reliable protection, comfort, and durability in industrial settings to worker.
Key Features of Hi Care's Di-Electrical Boots:
Enhanced Electrical Safety | Injection moulded using our proprietary Dielectric compound, this boot offers exceptional electrical insulation, meets the requirements of ASTM F2621-2019 at 40Cal/cm² for arc flash protection. |
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Superior Durability | The vulcanized rubber sole delivers exceptional slip resistance, 30% better than traditional safety boots. Its durable, cut-resistant construction ensures long-lasting performance, even in harsh conditions. |
Optimal Comfort | The ergonomic, cushioned insole (removable and machine washable) provides all-day comfort, while the energy-absorbing tunnel system in the heel (EN 20345:2022 E) reduces fatigue. |
Extreme Conditions | Designed to withstand extreme temperatures, the boot features heat resistance up to 300°C for 60 seconds (EN 20345:2022 HRO) and cold insulation (EN ISO 20345:2022 CI). It's also resistant to fuels and oils. |
Safety and Compliance | Equipped with a 200 Joule epoxy-coated steel toe cap (soft toe option available), the boot meets all relevant safety standards. Its CE stamped, REACH compliant, and highlights a non-wicking weaved nylon lining for added assurance. |
How to choose right DiElectric Boots
- High-voltage power lines: Opt for boots with a higher dielectric strength rating which is suitable for specific electrical hazards.
- Humid or wet environments: Ensure the DiElectric boots are waterproof or water-resistant.
- Slippery surfaces: Look for boots with aggressive tread patterns and slip-resistant soles.
- Good fit: Comfortable boots prevent foot injuries.
Applications of Di-Electrical Boots
- Electrical Utility Industry
- Manufacturing and Industrial Facilities
- Construction Sites
How to Maintain DiElectric Boots
- Do regular inspection of boots to prevent damage.
- If you find cracks, tears, and worn sole, replace them.
- Do wash at 40°C with gentle soap and water.
- Avoid harsh chemicals and dry in a well-ventilated area.
- Store boots in a cool and dry place, avoid direct sunlight and high temperatures.
Hi-Voltage Test
- Passed the ASTM 2412-18a step voltage test at 35kV, demonstrating a leakage current of less than 1mA.
- Verified to meet the stringent requirements of ASTM F2621-2019 for arc flash protection.
Certifications
EN 50321-1:2018 Class 2 AC | Electrically Insulating Footwear for Live Working |
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ASTM F1117 (20kV) | Dielectric Footwear |
ASTM 2413 EH (18kV) | Step Voltage Protection |
PPE Regulation (EU) 2016/425 | Personal Protective Equipment |