Category: Products
Hotline
Tel: +86 133 1175 6197
WeChat: L13311756197
Email: postmaster@suoqi-cable.com
In scenarios such as chemical engineering and machine tool processing, cutting fluids, oil stains, and acidic or alkaline media continuously corrode cable sheaths. General PVC/rubber materials quickly age and crack, significantly reducing their service life. Shanghai Suoqi polyurethane cables are designed for the power supply conditions of machine tools in agricultural machinery, featuring a highly flexible bend-resistant structure, multi-stranded precision-twisted oxygen-free bare copper conductors, insulation made of special elastomer materials, and outer sheaths made of imported polyurethane PUR/TPU, which are oil-resistant, acid and alkali resistant, UV-resistant, and aging-resistant. The cables have characteristics of polyurethane, PUR, TPU, and are widely used in automation, production lines, CNC, and other fields. Shanghai Suoqi cables are sold directly from the source factory, customizable with multiple cores and specifications as required, with ample stock for nationwide delivery. For inquiries, call 13311756197.
Product Features
(2) Super Wear Resistance Properties PUR material is renowned for its outstanding wear resistance, performing particularly well in high-flexibility cable applications, capable of withstanding over 20 million or even 50 million bendings. In industrial automation production lines, CNC machine tools, and other equipment, cables need to be frequently bent and moved. TPU/PUR sheaths can withstand friction from internal components and have passed Taber wear resistance tests (CS-17 wheels, 1000g load). The wear is extremely low, greatly extending cable service life and reducing equipment maintenance costs.
(5) High Strength and Reliability Tensile Design: Internal tensile components such as Kevlar fiber, aramid yarn, or galvanized mild steel wire rope are added, capable of withstanding tensile forces up to [X] N. During towing operations of heavy equipment such as port cranes and electric loaders, it effectively prevents cable breakage and ensures stable equipment operation.
2. Scientific and Rigorous Structural Design (1) Conductor Uses multi-strand ultra-fine finely twisted oxygen-free bare copper wire, purity ≥ 99.99%, compliant with VDE 0295 CLASS 5/6 standards, featuring low resistance characteristics that effectively reduce power transmission losses. Multi-strand twisted structure endows conductors with flexibility and elasticity, enhancing overall cable flexibility and bending life.
(4) Shielding layer (optional) For applications sensitive to electromagnetic interference, such as automated production lines and medical equipment, a tin-plated copper wire braided shielding mesh or aluminum foil tin-plated copper wire double-layer shielding structure can be installed. Shielding coverage rate ≥85%, effectively shielding external electromagnetic interference, ensuring stable and accurate cable transmission signals, and meeting the equipment's strict electromagnetic compatibility requirements.
3. Diverse Application Scenarios (1) Industrial Automation Industrial Robot System: In the wrist of a six-axis robot, the cable must withstand a torsion of ±180°/m. Shanghai Cable Company uses a spiral winding structure design to meet high torsion requirements; The seventh-axis track cable has a tensile strength of >150N/mm², adapting to continuous stretching during track movement and ensuring flexible and stable robot operation.
Application scenarios
Industrial automation, machinery manufacturing, port terminals, and mining operations
Customized services
Direct sales from Shanghai Suoqi cable factory source, supporting on-demand customization of multiple core counts and specifications. Ample stock available, nationwide shipping. Consultation hotline: 13311756197
Selection Tips
For the power supply needs of agricultural machinery and machine tools, it is recommended to choose highly flexible, bend-resistant products with a shielded specification. Shanghai Suoqi can provide selection advice and samples based on equipment travel, dragging speed, and installation space.
