high temperature quartz infrared carbon fiber heating resistance.

1. High thermal conversion efficiency:
– Carbon fiber is an excellent heating material with an electric heat conversion efficiency of more than 95%, or even 98%. This means that with the same input of electrical energy, carbon fiber heating lamps can convert more electrical energy into thermal energy, which can save about 30% of energy compared to traditional metal heating elements such as nickel-chromium, tungsten-molybdenum and other materials, greatly reducing energy waste.
2. Rapid heating and thermal response:
– Carbon fiber materials have good thermal conductivity and can heat up quickly in a short time. They can reach a higher temperature within a few seconds, meeting some application scenarios that require rapid heating. In addition, during the heating process, the temperature rises evenly and stably, and the thermal response speed is fast, which can quickly reach the set temperature, improving the efficiency and timeliness of heating.