Aluminum Suspension Clamps Direct From Factory in Hebei China

An aluminium suspension clamp designed for securely supporting overhead electrical conductors while allowing flexibility and movement. Its lightweight, corrosion-resistant construction ensures durability and reliable performance in power distribution systems.

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Jiujin Electric Power’s Aluminium Suspension Clamp is engineered to provide secure and flexible support for overhead power conductors. Crafted from high-strength aluminium alloy, this clamp offers excellent corrosion resistance, electrical conductivity, and lightweight handling. The design includes a hinged or articulated mechanism that allows the conductor to move freely within the clamp, reducing stress from wind, temperature changes, and mechanical loads. This flexibility helps prevent damage to the conductor and tower attachments. The clamp’s smooth, rounded edges protect the conductor from abrasion and cutting-in. Manufactured in our Hebei facility with precision quality control, this clamp meets international standards for overhead power line applications, ensuring long-term reliability and safety.

   Varieties & Types Table

Feature / Type Specifications & Options Available by Jiujin Electric Power
Model/Type SC-95, SC-120, SC-150 (Denotes compatible conductor size in mm²)
Material High-Strength Aluminium Alloy (Grade 6063-T5 or equivalent)
Standard Complies with IEC 61284, ASTM F855, and GB/T 2314
Coating/Finish Anodized or Natural Finish
Size / Dimensions Fits conductor sizes: 95mm²–150mm²; Clamp length: 150mm–250mm
Load Rating 20 kN (95mm²), 30 kN (120mm²), 40 kN (150mm²)
Packaging Individual clamps with hardware; packaged in boxes or bulk

   Applications of Use

  • Overhead Power Lines: Suspending conductors on transmission and distribution towers

  • Distribution Networks: Supporting conductors in urban and rural power systems

  • Flexible Support: Allowing conductor movement to reduce stress and prevent damage

  • Corrosion-Prone Environments: Coastal and industrial areas due to aluminium’s rust resistance

  • Renewable Energy Projects: Supporting conductors in solar and wind power installations

  • Telecommunication Lines: Suspending communication cables with minimal interference

  • Railway Electrification: Supporting overhead catenary systems for trains