As an important means of transportation, cars are used more and more widely, and the performance requirements of internal parts of cars are getting higher and higher. This not only affects the life of the car, but also affects safety issues. Car connecting wires are wires inside the car that can be used for batteries. For current transmission of instruments, lights, etc., car connecting wires require cold resistance. Poor quality car connecting wires cannot meet such requirements. So, let’s learn about the types and selections of car connecting wires!

The performance design requirements of internal control parts of automobile companies are also increasing and getting higher. This is not only directly related to the service life of our country's automobiles, but also will seriously affect national safety education issues. The automobile connecting cable is a kind of connecting cable within the automobile industry. It can be used for the transmission of current information such as batteries, instruments, and car lights. The requirements for automotive wires tend to be cold-resistant and high-temperature resistant.

The car connection line is the network main body of the car circuit. It connects various electrical appliances on the car and serves as the power supply and signal transmission medium for the equipment. Car connecting wires are often compared to car neural network systems, which are the network main body of automobile circuits. There is no car circuit without connecting wires. So, let’s briefly talk about the functional composition and role of car connecting wires!

What are the requirements for wire and cable installation? Let's find out together. Only when the wires and cables are installed in place can the safety of electricity at home be basically guaranteed. However, if the installation of wires and cables does not meet standards, it can easily lead to some electrical safety hazards.

The characteristic of flame-retardant wires and cables is to delay the spread of flames along the cables and prevent the spread of fire. Due to its low cost, it is widely used in fireproof cables. Whether a single cable or a bundle of cables is laid, when the cable burns, the spread of the flame can be controlled within a certain range to avoid major disasters caused by flame retardant fires and delays, thereby improving the fire protection level of cable lines.

We all know that water in wires and cables is a very serious problem. Sometimes you think you have done a good job of waterproofing, but the wires and cables still get water. So how did the wires and cables get water? Next, the editor will tell you the reasons and countermeasures for water entering wires and cables.

We all know that water in wires and cables is a very serious problem. Sometimes you think you have done a good job of waterproofing, but the wires and cables still get water. So how did the wires and cables get water? Next, the editor will tell you the reasons and countermeasures for water entering wires and cables.

When wires and cables pass a certain load current, they will definitely generate heat. As the load current increases, the surface temperature of the cable will become higher. If it is not enough, the consequences can be imagined. For example, polyvinyl chloride (PVC) cables, so if the core temperature is capped at 70 degrees, the surface temperature will be 5 to 10 degrees lower. Therefore, the cable surface temperature is basically safe below 60 degrees. From the research on power supply care, of course, the lower the temperature, the better.