Warehouse Logistics Sheathing Process for Polyurethane Cables

Key Technical Data

100%
35%
40℃
90℃

The key to selecting polyurethane cables is to consider the operating conditions. Shanghai Suoqi polyurethane cables use multi-stranded, finely twisted oxygen-free bare copper conductors, insulation made of special elastomer materials, and an outer sheath of imported polyurethane PUR/TPU, which is oil-resistant, acid and alkali-resistant, UV-resistant, and anti-aging. They have core advantages such as wear resistance, polyurethane, and high flexibility, making them widely adaptable to machinery, automation, production lines, and other scenarios. Direct sales from the source manufacturer with stable delivery; welcome to call 13311756197 to obtain a selection plan.

Product Features

Application scenarios: On automated production lines, the robotic arms of equipment need to frequently perform multi-angle, large-scale movements. Polyurethane cables can easily adapt to these high-frequency bending movements, ensuring stable transmission of power and signals and guaranteeing efficient production line operation.

(3) Tear-Resistance Properties Structural Reinforcement: By optimizing the internal structure design of the cable, reinforcement layers, such as high-strength fiber braiding layers or special tensile elements, are added. These reinforcement layers are evenly distributed inside the cable, effectively dispersing external forces and preventing the cable from tearing when subjected to impacts from sharp objects or external pulling forces.

Ensuring Safety: In scenarios such as construction and logistics handling, cables may be accidentally scratched or pulled by building materials, goods, and other objects. The tear-resistant properties of polyurethane cables can prevent safety accidents such as short circuits and electric leakage caused by cable damage, ensuring the safety of personnel and equipment.

3. Application Fields (1) Industrial Automation Field In automated production lines and automated warehousing and logistics equipment, polyurethane cables, with their high flexibility, wear resistance, and tear resistance, can meet the strict requirements of equipment for high-speed and precise operation, ensuring the stable transmission of power and control signals.

(4) Construction Site Scenario During the construction process, cables need to be frequently moved and bent, and may also face situations such as scratches and trampling from construction materials. The flexibility, wear resistance, and tear resistance of Shanghai Suoqi polyurethane cables can meet the complex demands of the construction environment and ensure the safety of power supply during the construction process.

Application scenarios

Industrial automation, machinery manufacturing, port terminals, and mining operations

Technical Parameters

Parameter item

Technical indicators

Shanghai Suoqi Polyurethane Cable

Flexible and wear-resistant, excellent protection 1. Product Overview Shanghai Suoqi polyurethane cable is a high-performance cable specially designed for complex and harsh environments. With its unique polyurethane material and advanced manufacturing processes, it excels in flexibility, wear resistance, tear resistance, and water resistance, widely used in various fields with extremely high cable performance requirements, providing stable and reliable assurance for power transmission and signal conduction.

Customized services

Shanghai Suoqi Cable provides guidance for selecting polyurethane cables and offers customized services on demand. Cables with multiple cores and specifications can be produced, with flexible combinations of spot and future stock. For details, call 13311756197 (WeChat ID is the same).

Frequently Asked Questions

What is the temperature resistance of polyurethane cables?

Conventional polyether PUR is suitable for temperatures from -40°C to 90°C, and can be higher in the short term. When selecting, consider ambient temperature and mobile status for confirmation.

What makes polyurethane (PUR) cables so good?

PUR jackets are wear-resistant, oil-resistant, hydrolysis-resistant, and antimicrobial, with comprehensive mechanical properties superior to PVC, making them suitable for harsh conditions such as oil, humidity, and outdoor environments.