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As a kind of electrical wiring, a flat cable wire is structured with flat and ribbon-form connectors arranged in a side by side in a flat form, which is different from round cables that the conductors included are grouped in a cylindrical form. This special design enables flat cable wires to be flexibly and easily routed in limited and flat spaces, achieving a compact and space-saving wiring solution. In addition, these wires are widely applied in devices, such as electronic devices, auto system and other industrial application. And flat cable wires play crucial roles in enhancing flexibility and achieving easy setup.
| ltem Name | Values |
|---|---|
| Color | White, Red, Black, Blue, Green, Orange(Support Customization)) |
| Gauge | 12 - 30AWG(Support Customization) |
| Voltage | Up to 300V |
| Waterproof | IP65 - IP67 |
| Conductor Material | Copper, Tinned copper |
| Insulation Material | PVC, Silicone |
| Max current | 0-12A(Based on customer's needs) |
| Rated Temperature | -40-80°C |
| Cable Length | Custom for your projects |
| Certification | UL, CE, Rohs |
a. Computers & Electronic Applications: Flat cables like ribbon-form cables are in widespread use for the internal wiring of laptops, printers and other electronic applications. In typical cases, compact and manageable connections are provided by using these wires between elements, such as motherboards, CPU and GPU. What’s more, electronic devices with restricted spaces often require flat cables to achieve the connections of circuit boards and data transmission for applications, such as scanners.
b. Auto Industry: Space-efficiency and flexibility are highly important in auto devices like lighting systems, and flat cables provide perfect functions. Because of the high flexibility and capability to ensure repeated movement, flat cables are often required by electrical systems to achieve the connections of battery systems and other elements.
c. Telecommunication: Flat cables enable the efficient transmission of signals and also achieve space-efficiency with limited spaces. In addition, because of the simple and easy setup, flat cables are applied in networking installation, especially in office buildings where cables are functioned under floors or in small rooms.
d. Medical applications: because of the high flexibility and compactness, medical applications like diagnostic devices require flat cable wires. In addition. Flexibility and durability brought by flats cable wires enable the connections of sensors and power supplies in items like heart monitors.
a. Space-saving: in the flat cable wires, the conductors arranged in parallel enables the cables to occupy less room in comparison with round cables. This plays beneficial roles in restricted conditions, such as electronics, auto battery systems and industrial machines where space is a key. Flats cables are easily fit for limited rooms, under pipes or along the restricted paths, which enables them to be used in places where cable wires are hided or function.
b. Flexibility: in comparison with round cables, flat cable wires can be bonded and mobile because of its high flexibility, which allows them to use dynamically in places where bending or movement is needed frequently, such as in robots, autos, and other devices. Better performance can be achieved by using the wires in uses where repeated movement is required with no damage to the insulation.
c. Easy and simple setup: easy alignment and management can be enabled because of the flat shaped wires, which is direct and simple to route the cables along corners or limited spaces. What’s more, this greatly decrease the complication of cable setups in applications like laptops o electronics. Also, flat cables are stackable with each other, which takes full use of space in places where several cables are required to function at the same time.
d. Enhanced Heat Dissipation: heat are dissipated more efficiently with the help of wider surface of flat cables in comparison with round cables. Conductors include in the flat cable are usually grouped tightly. This enables the reduced frequency of overheating, particularly in high-electricity devices, such as solar battery systems.
a. Ribbon-shaped Cable: several conductors arranged in parallel are consisted in this kind of cable, which shapes like ribbon. This kind of cable is mostly used in internal wiring in laptops, printers and other electronics. They are also applied in telecommunication systems for signal transmission. Because of its thinness and flatness, it ca be easily routed along small spaces.
b. Flat Flex Cable: this type of cable is thin and flexible and built with conductors that are laminated among layers with insulated materials. Flat flex cable is mostly utilized in smartphones as well as computers for the connections of elements like cameras and other consumer electronics. Highly flexible, the Cale is able to deal with tightened bending. What’s more, they are able to customize length and required materials for special devices.
c. Flat Power Cable: as one of the flat cable types, flat power cable is specifically built for electricity transmission, with the help of think conductors, in comparison with ribbon-shaped cables. They are perfectly used for electricity transfer and solar system installations which require space-efficient solutions. Also, due to the durably-insulated materials, they are capable of enduring high-electricity devices where flexibility and heat dissipation are of high importance.
a. Application: the purpose of the use should be decided. For example, the flat cables may be required to transmit data and signals, deliver electricity and monitor signals. Application areas are also considered, which include auto use, electronic devices or other uses. You also need to take into consideration of indoor and outdoor use, for example, the wires may be exposed to direct lights and harsh environments.
b. Electrical demands: the voltage and current ratings should be checked to see if the flat cable can meet the rating standards of your system. Additionally, the cable should be fit for the current loads as inadequate capacity may lead to overheating and other risks. In particular cases where data or signals are transferred, the flat cable is crafted to reduce interference.
c. Flexible and Motive: check if the flat cable remained unmoved or go through frequent motions. Flat flex cables are perfectly fit for dynamic devices where repetitive bending is needed. Furthermore, the needed bend radius should be covered by the cable with no pressure. A cable featuring high flexibility should be chaos ensued, particularly for devices that need limited bends.
d. Space restrictions: a flat cable with low profile allows itself to fit int a confined space, which can be picked out for electronics or auto systems. What’s more, flat cables are fit for devices that require the cable to easily route along corners or tight pipes.
e. Right Connector Type: the connectors must be inspected to see if they fit the connection points of your application. Types include customized and standard connectors. Some devices may need custom ones to serve their specific purposes. Ensure the compatibility is verified.
a. Shape & Structure: Conductors included in flat cable wires are structured with parallel and ribbon-form arrangement, which enables the thinness and width of the wires that further allow them to be simply routed in limited spaces or other small places. Round cables, on the other hand, are built with connectors that are grouped inside. With the help of the round shape, it is stronger and easier for them to deal with situations where protection and durability are keys.
b. Flexibility & Bended Angle: Flat cable wires are perfectly fit for dynamic uses that frequent bending is required, because of the nature of flexibility in the flat side. Nevertheless, they play lower flexible roles in the perpendicular side and this prevents them from being bended or routed freely. Round cables, on the contrary, are often durable and flexible in each direction, which allows them to fit for conditions where the twist and coiling of the cables are needed. Also, they have higher resistance to bending, because the conductors are circularly arranged.
c. Space-Saving: Flat cable wires play effective roles in saving spaces since they can be stacked or functioned in limited spaces, which makes them fit for places, such as tight machines, where low profile and compactness are required. Round cables are different. They are usually utilized in large areas like large outdoor areas because of their bulky form. Thus, they are better fit for places where space is not the key concern.
d. Easy & Simple Setup: Because of the nature of flatness and width, flat cable wires can be easily used in limited rooms, under floors or other narrow spaces. Also, they can be easily aligned and managed, particularly in complicated wiring systems, due to the flat design. However, round cables are often pulled through conduits or pipes to achieve the reduction friction, because of the shape. Rounds cable are fit for conditions where requires the cable to run or grouped with other cable wires.
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