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Electrical Insulated Gloves

ELSEC® High-Voltage Rubber Protection. Certified Dielectric Shielding.

As premier electrical personal protective safety equipment suppliers in Sri Lanka, Laksafety Products delivers the world-class ELSEC® Electrical Glove range. Specifically designed to safeguard high-voltage utility workers, engineers, and industrial electricians from devastating electric shocks and arc flash burns, these premium dielectric gloves are manufactured from specially synthesized, highly pure natural rubber latex. Every individual glove undergoes automated computer-controlled proof voltage testing to ensure uncompromised compliance with EN 60903, IEC 60903, and ASTM standards.

ELSEC® High-Voltage Rubber Insulating Gloves

ELSEC high voltage electrical insulated gloves natural rubber latex safety gear

Automated Quality Assurance

ELSEC dielectric protective gloves are anatomically shaped, five-finger safety barriers manufactured on advanced automated technological lines. Every single glove is tracked via its own **individual registration number** and electrically tested on a dedicated measuring stand. A formal test certificate is attached to each commercial pair to guarantee safety under live conditions up to the designated class limits.

ELSEC® Safety Class Maximum Test Voltage Proof
Class 00 2.5 kV (2,500 Volts)
Class 0 5.0 kV (5,000 Volts)
Class 1 10.0 kV (10,000 Volts)
Class 2 20.0 kV (20,000 Volts)
Class 3 30.0 kV (30,000 Volts)

Technical Compliance & Certifications

  • Standardized Harmonization: Rigorously lot-tested to satisfy global EN 60903:2003, IEC 60903:2014, and ASTM D120 regulatory criteria.
  • Category RC Advanced Shield: Certified to PN-EN 60903:2006, granting enhanced specialty properties:
    • R (Resistant): Direct immunity against structural degradation from Acid, Oil, and atmospheric Ozone exposures.
    • C (Extreme Cold): Retains complete elasticity and rubber pliability in sub-zero working temperatures.
  • Electric Arc Protection: Formally evaluated against the thermal implications of flash overs via PN-EN 61482-1-1:2009 and ASTM F2675/F2575M-13.
  • Comprehensive Size Availability: Produced in anatomical commercial sizing lines: 8, 9, 10, 11, and 12.

Workplace Integration & Fitment

Pure latex formulations have inherently low mechanical resistance to sharp cuts, structural tears, or field punctures. Performing manual movements on live wires can compromise the thin dielectric layer. Therefore, it is standard safety practice to deploy a **three-tier system** to secure operators:

1️⃣ Cotton Insert Liner: Actively absorbs inner hand sweat.
2️⃣ ELSEC® Dielectric Glove: Serves as the primary current block.
3️⃣ Leather Over-Glove Protective Outer: Shield against cuts & mechanical puncture paths.

B2B Engineering Note on Leather Over-Gloves

Standard over-the-counter leather gloves do not account for high electrical currents or thermal electric arcs. Because standard regulations for mechanical work gloves do not define thermal heat retention or dynamic moisture control properties, selecting an over-glove should never be done blindly. Ensure your chosen mechanical leather outer layer features size, thickness, and material mappings matched perfectly to your ELSEC® core insulation glove to keep fingers flexible during live line system service.

⚠️ Critical High-Voltage Safety Warning & Usage Protocol:
Never introduce an insulating glove into active operation without executing a pre-shift safety check. Always inflate the glove to test for hidden micro-punctures, hairline seam cracks, or rubber thinning paths. A compromised latex shell will allow high-voltage paths to bridge directly into the operator’s hand, causing fatal electric shock injuries. Ensure all gloves are safely stored in dry, cool conditions away from direct sunlight, ozone generators, or oils that can chemically degrade natural rubber compounds.

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