M-8356RBLG
Safetoe
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Material Description
EH Rated Ladder Grip Safety Boots M-8356RBLG
Safetoe M-8356RBLG electrical hazard safety boots combine 18kV EH-tested protection with VortiGard™ composite toe protection and a FlexBarrier™ non-metallic puncture-resistant midsole for utility and industrial electrical work.
A full-grain leather upper, memory foam insole and PU/rubber outsole with ladder grip design provide a durable, comfortable construction for workers who regularly move between ground-level tasks and ladder-based maintenance.
Specification | Recommended Content |
|---|---|
Upper | Full-Grain Cow Leather |
Lining | BactiVoid™ Breathable Sandwich Mesh |
Insole | Anti-Fatigue Memory Foam Insole |
Toe Cap | VortiGard™ Composite Toe Cap |
Midsole | FlexBarrier™ Non-Metallic Puncture-Resistant Midsole |
Outsole | PU/Rubber with Ladder Grip Design |
ASTM Standard | ASTM F2413-24 — I/C EH PR |
EH Performance | 18kV / 60s / 0.2mA Leakage Current |
Size Range | EU 37–47 |
FAQ
1. Where Are M-8356RBLG Safety Boots Recommended for Use?
Safetoe M-8356RBLG safety boots are designed for electrical utilities, industrial maintenance, electrical contractors and other workplaces where workers require secondary electrical hazard protection and may regularly use ladders.
2. What Makes the Ladder Grip Outsole Different?
The M-8356RBLG features a PU/rubber outsole with a ladder-oriented tread design intended to provide a practical contact profile for ladder-based tasks. Workers should always follow ladder safety procedures and assess actual surface conditions.
3. Does M-8356RBLG Provide Toe and Puncture Protection?
Yes. The boots feature a VortiGard™ composite toe cap and a FlexBarrier™ non-metallic puncture-resistant midsole. SGS testing confirms toe impact, compression and puncture resistance under ASTM F2413-24.
4. What Safety Standards Does M-8356RBLG Meet?
M-8356RBLG has passed SGS testing against ASTM F2413-24 for impact, compression, electrical hazard and puncture resistance (I/C EH PR). The electrical hazard test was conducted at 18kV for 60 seconds, with a measured leakage current of 0.2mA.