CE certified low-temperature resistant flat cable YFFB 3*95+1*35

Low-temperature flat cable YFFB 3*95+1*35, as a key transmission component in the crane field, has become an essential part of many engineering projects due to its superior performance and high stability. Shanghai Oukesheng Wire & Cable Co., Ltd., as a leading flat cable manufacturing enterprise, combines years of industry experience to launch the YFFB series of low-temperature flat cables that meet CE certification standards, providing customers with safe and reliable cable solutions. This article will detail the advantages and applications of this product from the aspects of materials, manufacturing processes, scope of application, precautions, and installation.

1. Material Analysis: The Foundation of Low-Temperature Performance

The low-temperature flat cable YFFB 3*95+1*35 primarily uses high-purity oxygen-free copper stranded wire as the conductor, ensuring current transmission efficiency and mechanical strength. The insulation layer is made of cold-resistant and wear-resistant cross-linked polyethylene (XLPE) or polyvinyl chloride (PVC) materials, which maintain flexibility at temperatures as low as -40°C or even lower, preventing hardening or cracking. The sheath layer is made of thickened special low-temperature rubber or polyvinyl chloride composite material, effectively protecting the cable from physical damage and chemical corrosion in harsh environments.

This material combination not only enhances the cable's low-temperature tolerance but also improves its resistance to oil, UV radiation, and wear, meeting the demands of long-term use in harsh working conditions.

2. Strict Manufacturing Process: Details Determine Quality

Shanghai Oukesheng Wire & Cable Co., Ltd. strictly controls every step in the production process of YFFB flat cables:

• The copper core stranded wire undergoes annealing treatment to improve softness and conductivity.

• The insulation layer uses advanced extrusion technology to ensure uniform thickness and consistency, avoiding potential electrical faults due to weak points.

• The flat structure design ensures tight arrangement of multiple conductors, optimizing space utilization, enhancing mechanical strength, and reducing winding resistance, facilitating flexible operation of crane moving parts.

• Through advanced cross-linking processes, the cable's insulation performance is stabilized, and its resistance to arc and corona is enhanced, extending its service life.

• After completion, multiple performance tests are conducted, including low-temperature bending resistance, voltage resistance, and waterproof performance inspections, ensuring that the product quality meets or exceeds CE certification requirements.

3. Wide Range of Applications: Meeting the Needs of Multiple Industries

Thanks to its compact structure and cold-resistant characteristics, the YFFB 3*95+1*35 low-temperature flat cable is mainly used in the following scenarios:

• Crane electrical systems: Particularly suitable for outdoor cranes in cold northern regions, ensuring normal power supply and signal transmission in low-temperature environments.

• Industrial transport equipment: Such as container cranes and logistics conveyor lines, enduring long-term twisting and movement while ensuring operational safety.

• Port terminals, steel plants, and mining equipment: Facing complex climates and mechanical forces, ensuring the cable is less prone to damage.

• Wind farms and railway power equipment: Resisting environmental changes to achieve stable power connections.

Moreover, compliance with CE certification standards ensures the product's applicability in European and international markets, providing strong product support for export businesses.

4. Usage and Maintenance Precautions

1. Avoid excessive bending during installation. The YFFB flat cable has clear minimum bending radius specifications, which must be strictly followed to prevent internal damage.

2. Ensure good sealing at connection points to prevent moisture infiltration, which could affect insulation performance.

3. Avoid direct friction between the cable and sharp objects to prevent sheath damage.

4. Regularly inspect the cable surface for mechanical damage or signs of aging and replace damaged parts promptly.

5. Store the cable in a dry environment, avoiding exposure to high temperatures and direct sunlight to extend its service life.

5. Installation Guide: Scientific Construction Ensures Long-Term Use

The installation phase is critical to ensuring the cable's performance. Shanghai Oukesheng provides installation solutions and technical support:

• Use dedicated laying channels or cable trays to plan the cable route reasonably, avoiding crossovers and tangling.

• All fixing points should use flexible clamps to prevent concentrated stress on the cable.

• Cable ends should be equipped with junction boxes to ensure good sealing and contact.

• On-site construction personnel must be familiar with the cable structure and performance parameters and adhere to construction standards.

From material selection to installation, Shanghai Oukesheng Wire & Cable Co., Ltd. pays attention to every detail, committed to providing users with safe, stable, and long-lasting crane cable solutions.

Conclusion: The low-temperature flat cable YFFB 3*95+1*35, with its excellent materials, rigorous manufacturing process, and adaptability to multiple scenarios, is particularly suitable for equipment users with demanding low-temperature environments and high mechanical strength requirements. Shanghai Oukesheng Wire & Cable Co., Ltd. has deep industry experience and is dedicated to providing customers with safe and stable high-quality flat cable products. Choosing us means choosing reliability. Customers in need are welcome to contact us and embark on a journey of efficient and durable cable solutions.