DBR series self-limiting temperature tracing can provide a variety of electric heating and heating solutions, which are composed of two parallel busbars connected in parallel semiconductor heating materials. Self-limiting temperature trace can adjust the power output according to the environment and product surface temperature, as the temperature rises, the resistance of the cable increases, the output power decreases, and when the opposite outside temperature decreases, the resistance value of the cable decreases and the output power increases.

ZBR series self-limiting temperature tracing can provide a variety of electric heating and heating solutions, which are composed of two parallel buses connected in parallel semiconductor heating elements. Self-limiting temperature trace can adjust the power output according to the environment and product surface temperature, as the temperature rises, the resistance of the cable increases, the output power decreases, and when the opposite outside temperature decreases, the resistance value of the cable decreases and the output power increases.

The GBR series self-limiting temperature tracing can provide a variety of electric heating and heating solutions, and is composed of two parallel buses connected in parallel semiconductor heating elements. Self-limiting temperature trace can adjust the power output according to the environment and product surface temperature, as the temperature rises, the resistance of the cable increases, the output power decreases, and when the opposite outside temperature decreases, the resistance value of the cable decreases and the output power increases. Therefore, self-limiting temperature tracing has the characteristics of no need for an automatic thermostat, no overheating and combustion, and can be arbitrarily cut and easy to rotate.

The XBR series self-limiting heat tracing can provide a variety of electric heating and heating solutions, and is composed of two parallel buses connected in parallel semiconductor heating elements. Self-limiting temperature trace can adjust the power output according to the environment and product surface temperature, as the temperature rises, the resistance of the cable increases, the output power decreases, and when the opposite outside temperature decreases, the resistance value of the cable decreases and the output power increases.

RDC series constant power heating cables use metal conductors as heating elements, and when the power is turned on, the metal conductors emit heat because the series constant power tracing unit length current and resistance are equal. So the calorific value of each unit is the same. The tail end does not have less power than the head end as the length increases, so this product is suitable for heat tracing and insulation of long pipes and large diameter pipes.