Views: 0 Author: Site Editor Publish Time: 2023-08-12 Origin: Site
Highly flexible drag chain polyurethane cable product structure:
Conductor: Multi-strand fine-twisted anti-bending oxygen-free fine copper wire conductor, in line with GB/T3956-2008 standard Class 6
Insulation: High mechanical properties insulation TPEE material
Core wire identification: For cross-sectional area <0.5mm2, use color separation or dot marking to distinguish; for cross-sectional area ≥0.5mm, use black numbers and white numbers, and one of the core wires can use yellow/green ground wire (optional).
Core structure: excellent pitch twisted into cable, optimized layered or grouped twisted gaps filled with polyester fibers
Inner sheath material: High mechanical performance TPU compound suitable for drag chain cables, extruded and fixed
Shielding structure: high-density tinned copper mesh braided shielding, density ≥ 80%
Outer material: PUR polyurethane mixture with high mechanical properties suitable for drag chain cables
Sheath color: black or gray , yellow, etc.
Highly flexible drag chain polyurethane cable product application range:
Highly flexible drag chain polyurethane cables are widely used in installations under continuous reciprocating motion, especially in frequent bending situations in industrial environments, such as drag chains of modern mechanical standard components and logistics systems,
Control systems, mechanical automation systems, etc.; CNC machine tools, wood and stone machinery, glass and door machinery, injection molding machines, construction machinery, heavy machinery factories, automobile manufacturing, lifting and transportation equipment
Equipment, automated warehouses and other occasions; the product has a low-viscosity surface, does not adhere to other objects within the operating temperature range, and has excellent anti-interference, shallow water resistance, oil resistance, flame retardant, environmental protection, wear resistance, UV resistance and other excellent properties, and can withstand general mechanical external forces.