Special cable for basket hoisting - Dedicated cable for the lifting and hoisting industry.

As a specialized cable for the control and connection of cable storage in medium to large equipment cable reels, the cable reel basket cable is particularly suitable for vertical cage applications with high mechanical stress. It is widely used in the lifting and hoisting industry for vertical installation. Common application scenarios include construction sites, mining machinery, container cargo lifting, waste plants, railway platforms, and harsh working environments such as cranes and conveyors in shipyards. Cable reel basket sling cables with lead bead chains are generally suitable for container cranes, such as gantry cranes, rail cranes, and rubber-tired gantry cranes, etc.

Main Features: Tensile resistance, wear resistance, oil resistance, corrosion resistance, tear resistance, capable of adapting to harsh environments, resistant to high mechanical stress, drag resistance, torsion resistance, sturdy and efficient.

Product Structure

Conductor: Made of multi-strand fine-stranded and finely bunched first-class oxygen-free copper wires.

Insulation: High-flexibility environmentally friendly automotive material.

Reinforcement: Combination of galvanized steel wire ropes, Kevlar tensile fibers, and other tensile elements (optional), along with imported aramid fiber reinforced braiding to enhance the cable's tensile performance.

Cabling: Manufactured using imported special processes.

Tensile Filling: Kevlar wire braiding.

Inner Sheath: Imported polyurethane material or high-quality high-strength nitrile elastomer/imported polyurethane material.

Outer Sheath: High-quality high-strength imported polyurethane material.

Color: Black, yellow (both customizable as needed).

Rated Voltage: 450/750V for 10mm² and below, 600/1000V for above 10mm².

Operating Temperature Range: -40℃ to +90℃

Note: Due to the extremely high requirements for special cables, users are requested to provide detailed information on the cable's application scenarios, environmental conditions, electrical performance requirements, outer diameter requirements, and strength requirements.