What is a high temperature cable?

The long-term continuous working temperature of 125 degrees, 135 degrees, 150 degrees, 180 degrees, 200 degrees, 250 degrees and 250 degrees or more is called heat-resistant wire and cable. Currently, there are irradiation-crosslinked polyolefins, silicone rubber, and fluorine resins. Polyimide, mica, magnesium oxide and other wire and cable. Heat-resistant wire and cable and high-temperature wire and cable need to meet two requirements. The first is the ambient temperature of wire and cable

The long-term continuous working temperature of 125 degrees, 135 degrees, 150 degrees, 180 degrees, 200 degrees, 250 degrees and 250 degrees or more is called heat-resistant wire and cable. Currently, there are irradiation-crosslinked polyolefins, silicone rubber, and fluorine resins. Polyimide, mica, magnesium oxide and other wire and cable. Heat-resistant wire and cable and high-temperature wire and cable need to meet two requirements. The first is that the environment temperature of the wire and cable is relatively high, and the cable can normally transmit signals or electric energy at a high temperature for a long time; the other is the power transmission cable, and the main purpose is to increase the interception capacity.

Ordinary cables are prone to insulation aging and scorching at high temperatures, and the cables lose their performance and are damaged and cannot be used. The high-temperature cable can work normally and stably under the rated high temperature, and the signal or power transmission performance is not affected, and the cable has a long service life. This type of functional cable is the most common type of high-temperature cable, and its use characteristics are also the most understandable.

The high-loaded high-temperature cables are mainly used to ensure the long-term continuous working temperature of 125°C, 135°C, 150°C, 180°C, 200°C, 250°C and 250°C. There are radiation-crosslinking polyolefins, silicone rubber, fluorine resins, polyimides, mica, magnesium oxide and other wire and cable. Heat-resistant wire and cable and high-temperature wire and cable need to meet two requirements. The first is the ambient temperature of wire and cable

The long-term continuous working temperature of 125 degrees, 135 degrees, 150 degrees, 180 degrees, 200 degrees, 250 degrees and 250 degrees or more is called heat-resistant wire and cable. Currently, there are irradiation-crosslinked polyolefins, silicone rubber, and fluorine resins. Polyimide, mica, magnesium oxide and other wire and cable. Heat-resistant wire and cable and high-temperature wire and cable need to meet two requirements. The first is that the environment temperature of the wire and cable is relatively high, and the cable can normally transmit signals or electric energy at a high temperature for a long time; the other is the power transmission cable, and the main purpose is to increase the interception capacity.

Ordinary cables are prone to insulation aging and scorching at high temperatures, and the cables lose their performance and are damaged and cannot be used. The high-temperature cable can work normally and stably under the rated high temperature, and the signal or power transmission performance is not affected, and the cable can also have a long service life. This type of functional cable is the most common type of high-temperature cable, and its use characteristics are also the most understandable.

The load-carrying high-temperature cable is mainly designed to ensure that the outer diameter and weight of the cable are reduced under the premise of current-carrying and the weight is reduced. In general, the higher the operating temperature of the cable, the greater the ampacity of the same cross-section cable. In places like airplanes and automobiles, the significance of weight reduction is considerable, and the use of high-temperature cables greatly reduces the cross-section. When the operating temperature is increased from 90°C to 155°C, the current carrying capacity increases by 50%. At the same current carrying capacity, the cable weight is reduced by half and the cost is also reduced. Of course, at the same time as high cutoff, most of the insulation material will also have an increase in power consumption. Therefore, it can be said with certainty that the cost of high-temperature wire and cable is much higher than that of ordinary wire and cable.

Our factory specializes in producing various types of wire and cable products, which can be customized according to user needs. Please contact us when necessary. Lower the outer diameter and weight of the cable, and develop it for lighter weight. In general, the higher the operating temperature of the cable, the greater the ampacity of the same cross-section cable. In places like airplanes and automobiles, the significance of weight reduction is considerable, and the use of high-temperature cables greatly reduces the cross-section. When the operating temperature is increased from 90°C to 155°C, the current carrying capacity increases by 50%. At the same current carrying capacity, the cable weight is reduced by half and the cost is also reduced. Of course, at the same time as high cutoff, most of the insulation material will also have an increase in power consumption. Therefore, it can be said with certainty that the cost of high-temperature wire and cable is much higher than that of ordinary wire and cable.

Our factory specializes in producing various types of wire and cable products, which can be customized according to user needs. Please contact us when necessary.