Home / All / Custom Dielectric Components / Dielectric Buckles / Industrial 23kN Dielectric Buckle for Electrical Work & High-Voltage PPE Systems
Industrial 23kN Dielectric Buckle for Electrical Work & High-Voltage PPE Systems






Detail Information
JS-DE4004 23kN Dielectric Buckles Description
The 23kN Dielectric Buckle is engineered for electrical and high-voltage environments where metal components pose safety risks. Designed using high-strength, non-conductive materials, this buckle ensures secure webbing adjustment while preventing electrical conduction—making it ideal for power utility workers, electrical maintenance teams, tower climbers, and industrial PPE system manufacturers.
JS-DE4004 23kN Dielectric Buckles Parameters
Any Color (Can be customized) | Dielectric Buckles |
| Item number | JS-DE4004 |
| Material | Sheet steel Plastic over Mold |
| Packing size | Canton: 50pcs/ctn 36.5*26*12cm |
| Packing by | Mail box |
Available color | Any Color (Can be customized) |
Function | For construction sites, power facilities, miners, oil exploration, rock climbing and outdoor sports |
Professional JS-DE4004 23kN Dielectric Buckles Purchase Guide
1. Material & Durability
This dielectric buckle is engineered using high-strength, non-conductive engineered composite materials, ensuring zero-conductivity performance for electrical work and high-voltage PPE systems.
The material resists impact, deformation, and long-term fatigue, maintaining structural integrity even under repeated load cycles.
Its dielectric insulation properties effectively block electrical conduction, helping technicians stay protected when working around energized equipment, power grids, substations, and utility poles.
The buckle is designed for long lifecycle use, meeting the demands of industrial harness manufacturers and high-risk job environments.
2. Outdoor Environmental Adaptability
Designed for harsh electrical, outdoor, and industrial conditions, the buckle provides stable performance under:
High humidity and moisture exposure
UV radiation and prolonged sunlight
Temperature extremes and thermal shock
Rain, dust, mud, and corrosive industrial atmospheres
Chemical contaminants typically found in power distribution, utility maintenance, and rescue environments
Its non-corrosive, non-metallic structure ensures no rusting, oxidation, or conductivity risks, offering long-term reliability for utility companies, telecom tower operations, and high-voltage rescue teams.
3. Load Performance & Safety Factor
With a certified breaking strength of 23kN, this dielectric buckle is built for high-load applications in fall-protection systems, work-at-height harnesses, and rescue equipment.
The composite structure is engineered to distribute dynamic forces evenly, minimizing peak stress during sudden load events such as fall arrest or rapid positioning.
It supports compliance with global PPE requirements including:
EN 354 / EN 358 / EN 361
ANSI Z359
IEC dielectric safety guidelines (non-conductive PPE components)
Each buckle is tested for tensile strength, dielectric endurance, and fatigue cycles, ensuring it maintains a safe performance margin in high-voltage operational environments.
4. Structural Craftsmanship & Detail Finishing
Every buckle is manufactured using precision injection molding and reinforced composite engineering, ensuring stable dimensions and dependable performance in electrical PPE systems. Key structural features include:
Fully insulated design, eliminating exposed metal components
Smooth, rounded edges to prevent webbing wear and friction damage
Optimized geometry for secure lock-in and effortless strap adjustment
High-precision molds ensuring consistent tolerances for OEM harness integration
Optional laser or engraved markings for traceability, load rating, and compliance identification
This attention to structural detail ensures the buckle performs safely in high-voltage and work-at-height environments where failure is not an option.
Want to know more product information? Click to contact us and you will get professional equipment guidance
Review
- Loading...
Please send your message to us
- Name
- *Title
- *Content
Please send your message to us
- Name
- *Title
- *Content










