Category: Polyurethane Cable
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Polyurethane (PUR) Linear Motor Flexible Cable Product Details
1. Product Photos
2. Core Advantages
1. Super bend-resistant, ultra-long service life
Uses multiple strands of high-purity, finely twisted oxygen-free copper conductors and special flexible insulation materials, combined with a high-strength tensile fiber woven layer, giving the cable outstanding bending resistance. Tested by professional laboratories, under high-frequency reciprocating motion of linear motors, it can withstand over 8 million bending cycles without risk of core breakage or skin breakage, significantly reducing the frequency of equipment shutdowns and cable replacement, saving you maintenance costs.
2. Polyurethane (PUR) outer sheath, all-round protection
The outer sheath is made of high-performance polyurethane (PUR) material, offering multiple protective properties such as wear resistance, oil resistance, hydrolysis resistance, and weather resistance. The surface hardness reaches Shore 85A, and its wear resistance is three times that of ordinary PVC cables, making it resistant to wear even with frequent friction on rough guide surfaces. It maintains stable physical and electrical properties when exposed to industrial media such as lubricating oil and coolant. In a wide temperature range of -40°C to 90°C, it does not become brittle or deformed, making it suitable for various harsh industrial environments.
3. Low-noise design, precise and stable transmission
Optimized cable internal structure design, using multiple shielding schemes including shielding layers, aluminum foil, and tin-plated copper braided mesh, effectively shielding electromagnetic interference, ensuring stable transmission of linear motor control signals, and reducing operating noise by over 30%. Whether micron-level machining on precision machine tools or high-precision positioning of semiconductor equipment, precise control can be achieved, improving equipment processing accuracy and operational stability.
3. Application Scenarios
CNC machine tools and machining centers: used for the power and control connections of linear motor drive shafts, ensuring stable signal transmission during high-speed, high-precision cutting processes.
Semiconductor manufacturing equipment: Adhering to the stringent requirements of low noise, high flexibility, and anti-interference for equipment such as lithography machines and wafer handling robots, ensuring precise operations are accurate and error-free.
Lithium battery production equipment: In the linear motion systems of equipment such as coating machines and winding machines, it withstands electrolytes, dust, and other complex environments, stably supporting the efficient operation of the production line.
Automated logistics conveyor line: Suitable for operating conditions with frequent start-stop and high-speed reciprocating movement of equipment such as shuttle cars and stackers, providing reliable power and signal transmission.
