JB-001-1 Aluminium Parallel Groove Clam

Premium Material Quality

Constructed with oxidation-resistant aluminum alloy, offering excellent conductivity and superior corrosion resistance for prolonged service life.

Serrated Structure Design

Features a toothed/serrated profile to increase contact area with conductors, penetrate surface oxide layers, and minimize contact resistance for efficient current transfer.

Integrated Component Design

A unibody structure eliminates loose parts during installation, Simplifies on-site operations, and ensures construction efficiency.

Arc-Shaped Clamping Mechanism

Utilizes an arc-shaped contact surface to achieve full-surface grip on conductors, effectively resisting creep deformation and ensuring long-term connection stability.

Superior Conductivity

The aluminum alloy material provides excellent inherent conductivity, further enhanced by a serrated structure that maximizes contact area, minimizes contact resistance, and reduces energy loss and heat generation during power transmission.

Reliable Connection

Combines strong clamping force and low contact resistance to ensure stable electrical and mechanical connections between aluminum conductors, guaranteeing uninterrupted power transmission.

Ease of Installation

Designed for bolt fastening with a simplified workflow, requiring no specialized tools to achieve secure connections, thereby enhancing installation efficiency.

High Insulation Performance

Compatible with an insulating cover that meets rigorous dielectric standards:

Withstands ≥18kV AC voltage for 1 minute without breakdown.

Insulation resistance >1.0×10¹ Ω, ensuring safe isolation under harsh environmental conditions.

Weather Resistance

Engineered to endure UV radiation,rain erosion, and extreme temperatures (-30℃ to +90℃). Maintains stable performance even after 1008 hours of artificial climate aging tests (per IEC 62217 standards).

Conductor Splicing & Branching

Primarily used for non-load-bearing splicing and branching of aluminum strands or ACSR (Aluminum Conductor Steel Reinforced) in overhead power lines. Typical applications include:

Jumper connections at non-straight towers.

T-connections at non-load-bearing joints in power systems.

Electrical Load Transfer

Functions as a contact fitting to enable parallel conductor splicing, efficiently transferring electrical loads while ensuring uninterrupted current flow through the joint, thereby maintaining system stability.

Insulation & Protective Integration

When paired with an insulating cover it

Shields connections from environmental factors

Enhances operational safety and reliability by reducing electric shock risks.

Complies with dielectric requirements