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High-Strength 23kN Dielectric Buckle for High-Voltage PPE & Utility Workers

High-Strength 23kN Dielectric Buckle for High-Voltage PPE & Utility Workers
High-Strength 23kN Dielectric Buckle for High-Voltage PPE & Utility WorkersHigh-Strength 23kN Dielectric Buckle for High-Voltage PPE & Utility WorkersHigh-Strength 23kN Dielectric Buckle for High-Voltage PPE & Utility WorkersHigh-Strength 23kN Dielectric Buckle for High-Voltage PPE & Utility WorkersHigh-Strength 23kN Dielectric Buckle for High-Voltage PPE & Utility Workers
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CategoriesDielectric Buckles
Trademark/BrandKinSafety PPE Wholesale Manufacturer
ModelJS-DE4021
MaterialSheet steel, Heat treated, Plastic over Molded
Item numberJS-DE4021
Meets or ExceedsEN362:2004
Update TimeDec 16,2025
Detail Information

JS-DE4021 23kN Dielectric Buckles Description

Snap hooks

The 23kN Dielectric Buckle is engineered for environments where electrical conductivity must be completely avoided—such as power utilities, high-voltage maintenance, tower climbing, telecom infrastructure, and hot-line operations. Made from high-strength non-conductive materials, it provides secure load-bearing performance while ensuring maximum electrical insulation.


Suitable for safety harness manufacturers, fall-protection system providers, and OEM PPE integrators who require both strength and electrical safety in a single component.

JS-DE4021 23kN Dielectric Buckles Parameters

Any Color (Can be customized)
Dielectric Buckles
Item number
JS-DE4021
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
Snap hooks product parameters

Professional JS-DE4021 23kN Dielectric Buckles Purchase Guide

Material & Durability
1. Material & Durability
This dielectric buckle is crafted using reinforced, high-strength composite polymer materials engineered specifically for electrical insulation and industrial load-bearing.
Its non-conductive molecular structure ensures complete electrical isolation, eliminating the risk of electric shock when working near energized systems, power distribution lines, substations, and utility poles.

The material is resistant to:

Impact deformation

Fatigue from long-term cyclic loads

Abrasion and friction from continuous webbing adjustment

The buckle retains stability even under demanding industrial usage, making it ideal for OEM manufacturers of high-voltage PPE, fall protection harnesses, climbing gear, and rescue equipment.
Outdoor Environmental Adaptability
2. Outdoor Environmental Adaptability
Engineered for extreme outdoor and electrical work environments, the dielectric buckle provides reliable performance across a wide range of conditions:

High humidity and moisture exposure

Constant UV radiation and outdoor weathering

Temperature swings brought by high-altitude or desert operations

Rain, mud, dust, and corrosive industrial atmospheres

Contaminants typical in utility maintenance and power grid operations

Unlike metal buckles, its non-metallic, corrosion-free structure ensures no rust, oxidation, or conductivity risk, making it ideal for utility workers, telecom tower teams, renewable energy field technicians, and high-voltage rescue crews.
Load Performance & Safety Factor
3. Load Performance & Safety Factor
With a certified breaking strength of 23kN, the buckle ensures secure load-bearing performance for fall arrest, work positioning, rescue operations, and high-voltage PPE integration.

Key safety features include:

Even force distribution design to reduce peak stress during falls

High dielectric resistance, ensuring safety when working near live cables

Compliance-ready structure supporting major industry standards such as:

EN 358 / EN 361 (Fall protection harness components)

ANSI Z359 (Safety requirements for connectors & buckles)

IEC dielectric guidelines for insulated PPE components

Each buckle undergoes tensile testing, electrical resistance testing, and fatigue cycle validation to guarantee consistent performance and a robust safety factor in real-world utility operations.
Structural Craftsmanship & Detail Finishing
4. Structural Craftsmanship & Detail Finishing
Designed with precision and manufactured using advanced reinforced composite molding technology, the buckle offers stable dimensions and long-term operational reliability.

Key structural advantages include:

Fully insulated construction, ensuring zero exposed metal parts

Smooth-edged rounded profile that prevents webbing wear and enhances harness lifespan

High-precision mold shaping, guaranteeing consistent tolerances for OEM harness assembly

Optimized cam geometry ensuring firm webbing grip and effortless adjustment

Laser-marked load ratings & traceability codes available for compliance and batch control

The buckle’s fine detail work ensures dependable performance in environments where electrical insulation, fall protection, and structural integrity are critical.
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Guards Safety

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