Technical Specifications

Item	Specification
Model	JBG-1
Applicable Conductor	35–70 mm²
Material	Aluminum Alloy + PA66 + Stainless Steel Rope
Process	Die-casting
Tensile Load	15 KN
Voltage Rating	≤ 1 KV
Operating Temperature	–40 °C ~ +120 °C
Service Life	≥ 25 Years

Key Advantages Overview

Wedge Strain Clamp offers seven core advantages, ensuring long-term stability for large-section conductors in real-world construction while significantly improving efficiency and safety for urban and industrial lines:
Precision Wedge Locking: Micro-movement ≤0.3 mm, synchronized stress without deviation, ensuring large-section conductors remain secure under all construction conditions, enhancing system reliability.
High Strength Load Bearing: Rated 15 KN tensile strength, suitable for medium to high-load lines, meeting the requirements of urban, industrial, and bridge-spanning installations.
Extreme Environment Adaptability
Multi-point Stress Distribution
Quick and Convenient Installation: Modular components reduce operational steps, increasing construction efficiency by approximately 35%; a single person can complete installation, shortening the construction cycle and minimizing risks.
Wide Conductor Compatibility
Urban and Industrial Versatility

Optimized geometry and material toughness ensure precise tension distribution, maintaining conductor stability under varying temperatures, vibrations, and load conditions.
Adaptive Locking: Wedges automatically adjust clamping angles to ensure synchronized conductor stress and prevent localized fatigue.
Micro-Movement Control ≤0.2 mm: Minimizes tension fluctuations caused by thermal expansion and contraction, maintaining long-term stability.
Dynamic Load Distribution: Tail rope distributes pressure collaboratively, extending overall conductor life and improving system durability.
Construction-Friendly: Assembly requires no specialized tools, adaptable to multiple line construction methods, enhancing efficiency and safety.

Modular design is a core value of Wedge Strain Clamp in engineering, allowing fast urban line expansion while accommodating various pole layouts.
Flexible Environmental Adaptation: Bridges, elevated lines, narrow alleys, and industrial parks can all be deployed quickly.
Quick Disassembly and Maintenance: Modular design simplifies replacement or repair, reducing downtime.
Multi-layer Wiring Compatibility: Suitable for complex line layouts, improving construction flexibility.
Enhanced Safety Design: Rounded edges and anti-slip tail ropes ensure worker safety during installation.
The modular form increases versatility and scalability in standardized projects and replacement maintenance.

Multi-material synergy ensures long-term reliability in coastal, humid, and heavily polluted areas:
Aluminum Alloy + Stainless Steel Tail Rope forms an efficient corrosion-resistant system.
Salt Spray Tested 500 Hours ≥97% Performance, UV aging 1500 hours remains stable.
Multi-point Stress Design minimizes localized corrosion and fatigue.
Extends overall conductor and clamp service life, reducing replacement frequency and operational costs.

Micro-buffer structure effectively absorbs wind loads and mechanical vibration, protecting conductors and clamps.
After 500,000 Cycles Fatigue Test, Locking Force Remains ≥98%, ensuring long-term reliability.
Suitable for urban high-wind areas, bridges, and industrial vibration conditions.
Significantly reduces long-term maintenance frequency, improving system stability and lifespan.

Single-person installation increases construction efficiency.
Intelligent positioning slots ensure precise tension control, minimizing errors.
Rounded housing edges prevent injuries during installation.
Compatible with high poles and narrow spaces for convenient and safe operation.

Maintains structural stability under high humidity, dust, and continuous vibration.
Corrosion-resistant and anti-aging design reduces equipment failures and line risks.
Ensures long-term reliable operation for industrial parks and micro-distribution lines.

Modular design supports fast temporary wiring for emergency repairs.
Single-person operation for power outage and incident response.
Power outage duration can be reduced by ≥50%, improving emergency response efficiency.
Shorter maintenance cycles reduce overall cost.

Supports customization of conductor size, material, and load rating for diverse project requirements.
OEM / ODM branding and company logo molding enhance brand recognition.
Rapidly adapts to various pole types and complex urban layouts.