And hook the wire clamp
Description: Aluminum alloy wire clamp is the core connecting hardware in power and communication lines, mainly used for the parallel connection, branching, and jumper connection of wires or optical cables. Through the conductivity and load-bearing capacity of high-st...
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Product Description:
Aluminum alloy wire clamp is the core connecting hardware in power and communication lines, mainly used for the parallel connection, branching, and jumper connection of wires or optical cables. Through the high conductivity and load-bearing capacity of high-strength aluminum alloy, it achieves excellent conductivity and mechanical fixation of the line, and is a necessary equipment for overhead line engineering.
Core strengths
High conductivity aluminum alloy material
The main body is forged from excellent electrical grade aluminum alloy, which has excellent conductivity and oxidation ability, and can effectively reduce the resistance and heating risk of the line connection points, and is suitable for various low-voltage distribution and communication lines.
Tooth shaped clamping, double stability
The contact surface of the wire clamp adopts a detailed tooth shaped design, combined with high-strength bolt clamping, which can achieve strong biting of the wire/optical cable. The higher the tension, the tighter the fit, and it will not damage the wire core due to excessive tension or cause poor contact due to excessive looseness.
Full range of specifications, strong adaptability
We offer a full range of models from 10mm ² to 400mm ², which can adapt to wires, optical cables, and jumpers with different cross-sections. We are compatible with various materials such as copper and aluminum cores, meeting the needs of various parallel and branching scenarios.
Hot dip galvanizing for corrosion prevention (based on actual reports), with excellent and practical effects
The bolts and nuts are treated with hot-dip galvanizing, which can effectively resist outdoor moisture, salt spray, and dust erosion. They can still maintain structural strength and conductivity in extreme environments ranging from -40 ℃ to 70 ℃ without frequent maintenance.
Applicable scenarios
Power engineering: parallel connection, branch connection, and jumper fixation of low-voltage distribution lines
Communication engineering: grounding connection of overhead optical cables, lightning protection down conductors and grounding
Municipal wiring: Branch connections of urban streetlight lines and monitoring cables
Rural power grid renovation: standardization and connection fittings for rural distribution lines
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