YFFB Flexible Flat Cable

Key Technical Data

• 85%

YFFB Flexible Flat Cable

Product features

Excellent Flexibility: With a special structural design and materials, the cable is highly flexible with a small bending radius, making it suitable for situations with frequent bending. It resists tangling and can operate continuously with the equipment without breaking conductors or cracking the sheath, allowing flexible bending at parts such as crane drums or pulleys.

Good Environmental Adaptability: The cable is resistant to oil, waterproof, cold-resistant, UV-resistant, wear-resistant, and flame-retardant. It maintains stable performance under harsh conditions such as oil contamination, moisture, cold, and UV exposure, and can be used in indoor and outdoor environments in industries like metallurgy, electric power, shipping, and ports.

High Mechanical Strength: The conductor is made of multi-stranded ultra-fine oxygen-free copper wires, meeting VDE0295 class6 standards. The cable can include additional load-bearing elements such as galvanized soft steel wires or aramid fibers as needed, improving tensile and tear resistance, and can withstand the pulling force and tension during equipment operation.

Strong anti-interference capability: Some models of YFFB flexible flat cable feature anti-oxidation tin-plated copper mesh braided shielding, with a braiding density of over 85% ≥, effectively preventing interference from various signals and ensuring the stability of cable transmission signals.

Space-saving: The flat structure design saves more space during installation compared to traditional round cables, and multiple cables can be stacked and bundled, making it easy to route wiring in tight spaces.

Customized services: Shanghai cable companies can provide customized services according to different customer needs, including cable specifications, lengths, colors, and the addition of load-bearing elements, to meet the requirements of various special working conditions and application scenarios.

Product Structure 1

Conductor: Multi-strand ultra-fine finely twisted oxygen-free copper wire, compliant with VDE0295class 6 standard, ensuring high electrical conductivity and excellent flexibility.

Insulation: Special mixed PVC insulation material with excellent insulation properties, effectively preventing issues such as leakage and short circuits.

Core wire color: numeric or color differentiation, customizable according to customer requirements, convenient for identification and wiring during installation and maintenance.

Inner Sheath: A special blend of plastic sheath materials provides further protection for the cable core, enhancing the overall performance of the cable.

Shielding: Anti-oxidation tin-plated copper mesh braided shielding with a braiding density of over 85% ≥, effectively preventing various signal interferences and ensuring stable signal transmission.

Outer sheath: Made of high-strength composite materials with wear resistance, oil resistance, waterproofing, and cold resistance, it protects the internal structure of the cable from external environmental influences. Outer sheath colors are usually gray, black, orange, etc., and other colors can be customized according to customer requirements.

Application areas

Crane machinery: such as cranes, gantry cranes, single-girder cranes, etc., used to provide power transmission and signal control for various crane components, meeting the needs of frequent bending, stretching, and movement during crane operation.

Logistics conveying equipment: In logistics conveyor systems, elevators, shuttles, and other equipment, they can serve as power and control cables to ensure stable operation and precise control of the equipment.

Port machinery: Such as container cranes, gantry cranes, bucket wheel machines, and other port machinery equipment, which need to move and operate frequently in harsh outdoor environments. YFFB flexible flat cables can adapt to humid, salty, and oily environments in ports, ensuring the reliable operation of the equipment.

Other fields: It can also be applied to mobile equipment in the metallurgical industry, corrosion-resistant sites in the chemical industry, underground operations of mining machinery, tower cranes in construction, and some electrical equipment that requires wiring in confined spaces or frequent movement.