Special Cable

The automotive wiring harness is like the nervous system of a car - it’s the backbone of the entire electrical network. It’s made up of copper contact terminals (connectors) and wires that are crimped together to create a connected circuit assembly. Without the wiring harness, a car’s electrical system wouldn’t function.

A custom cable wire harness is a wiring solution that’s tailor-made to meet the specific needs of a particular application. It’s used in various industries, such as automotive, aerospace, medical, and telecommunications, to provide a dependable and efficient way to transmit power and signals between different system components. Customization is also offered, if you have any problem, welcome to contact us!

The servo tracking cable is a servo system-specific cable. The cable possesses a number of distinct properties, including high flexibility, wear resistance, folding resistance, oil resistance, bending resistance, tensile resistance, twist resistance, anti-interference, anti-aging, and so on, allowing it to be used as a connection and control cable. The servo-specific cable of the servo system is perfectly combined with the operation and use of the servo motor, greatly improving the servo motor's working efficiency (control motor, execution motor).

The underwater cables with a simple yet dependable structure are designed to overcome their weight and float on the water’s surface, while also providing excellent waterproof performance. Even after long-term use, our cables maintain their alignment, preventing misalignment, twisting, or deformation between the cable cores. This makes them ideal for long-term underwater work, ensuring that you can rely on them for years to come.

Copper bus bars are a popular choice due to the metal’s softness, malleability, and ductility, as well as its high thermal and electrical conductivity. Its excellent resistance to higher temperatures provides added safety during short circuits, making it a preferred option for many. Additionally, copper bus bars are highly durable and corrosion-resistant, making them ideal for use in a variety of applications.

ROV floating cables are designed to connect devices and operate in underwater environments that can be customized with multi-strand single-core, multi-core, and multiple pairs of core wires in various combinations to meet your specific signal transmission needs. Whether you’re using the cables for underwater exploration, marine research, or other applications, you can trust that they will provide reliable performance in even the most challenging environments.

Automotive Wire Assembly refers to the process of assembling multiple wires or cables together in a specific design and sequence. It is commonly used in the manufacturing and assembly of electronic devices, electrical equipment, and other complex systems to facilitate connections and the transmission of signals and power. This process involves selecting suitable types and specifications of wires or cables, performing tasks such as cutting, stripping, twisting, and insulating, and then connecting and securing them according to the design requirements. Various techniques, including welding, crimping, and connectors, can be used in Wire Assembly to ensure reliable connections and signal transmission between wires. This technology is widely applicable across industries and sectors, such as automotive manufacturing, aerospace, telecommunications, medical devices, etc., in the manufacturing and assembly of various electronic and electrical equipment and systems.

Spring cables, also known as spiral cables, are essential in almost every industry. They are designed to connect devices and utilize elasticity to provide flexibility and durability. These cables are highly elastic, with an elongation length that can reach up to 3.5-4 times the original spring length. They are also resistant to cold, flames, oil, and abrasion, making them suitable for a wide range of applications.

Coaxial wire is commonly used for transmitting high-frequency signals, including RF signals, as well as data transmission in applications such as television, computer networks, and communication systems. Due to its unique structure, coaxial wire effectively prevents signal interference and signal loss, providing better signal quality and transmission distance.

The waterproof cable is designed with a rubber outer sheath and filling, making it perfect for use in wet environments. The cable sheath is also made of waterproof rubber, ensuring maximum protection against water damage. Waterproof cables are commonly used in water treatment equipment, submersible pumps, coal mines, underwater operations, and underwater scene lights. They are ideal for any application where exposure to water is a concern.

Wiring harness assembly is the process of bundling wires and cables together in a systematic manner to create a single, organized unit. This unit is then used to connect various electrical components in a piece of equipment or machinery. Wiring harnesses are designed to be highly resilient to damage, reduce the risk of electrical faults and fires, and save manufacturing time.

Coaxial wire, also known as coaxial cable, is a type of specialized cable. It consists of a central conductor, an insulating layer, a shielding layer, and an outer jacket. The central conductor is a fine wire or solid cylindrical conductor made of a conductive material, typically copper. The insulating layer, usually made of materials like polyethylene or polyvinyl chloride (PVC), is used to isolate the central conductor from the shielding layer. The shielding layer is composed of a conductive material, such as a braided wire or foil, to protect the central conductor from external electromagnetic interference. The outermost layer is the jacket, which provides overall protection for the cable. Coaxial wire is commonly used for transmitting high-frequency signals, including RF signals, as well as data transmission in applications such as television, computer networks, and communication systems. Due to its unique structure, coaxial wire effectively prevents signal interference and signal loss, providing better signal quality and transmission distance.