Carbon fiber heating lamps and medium-wave electric heating element have their own characteristics in heating. Here is a comparison to help you decide which one is more suitable for the heater:
Heating speed
Carbon fiber Quartz Infrared Heating Element: Carbon fiber Infrared Quartz Heating Lamps heat up relatively quickly. This is because carbon fiber materials have good conductivity and can quickly convert electrical energy into heat energy after power is turned on. For example, in a small room (10-15 square meters), a carbon fiber halogen bulb is used. Generally, the surrounding temperature rise can be clearly felt 3-5 minutes after it is turned on.
Medium-wave halogen heat lamps infrared quartz lamps: Medium-wave halogen heat lampalso heat up relatively quickly. It mainly transmits heat by emitting infrared rays, which can directly penetrate the air and be absorbed by the human body and objects, raising the temperature in a short time. In a room of the same size, it may make the human body feel warm in about 2-4 minutes.
Heating effect
Carbon fiber heating lamps: Carbon fiber heating lamps heat up more evenly. Its heating element is usually evenly distributed carbon fiber filaments, which can provide stable heat over a large range. When used for indoor heating, the temperature distribution of the entire room can be relatively balanced, and there will be no local overheating or overcooling. However, its heat transmission mainly relies on air convection. For some well-ventilated or large places, the heat may dissipate faster.
Medium-wave halogen infrared heating bulb: The heating effect of medium-wave halogen infrared lamp focuses more on directly heating objects and human bodies. The infrared rays it emits can be directly absorbed by human skin and surrounding objects, converted into heat energy, and make people feel warm. For example, in outdoor workplaces or unenclosed spaces, medium-wave infrared heating lamps can make people feel warm quickly within the irradiation range. However, its heat radiation range is relatively narrow. If you want to heat the entire room, there may be local heat and cold in other places.
Safety
Carbon fiber heating lamp: Carbon fiber heating lamps are generally safer. General carbon fiber halogen lamp infrared have good insulation performance, which reduces the risk of leakage. Moreover, many products are equipped with overheating protection devices, which will automatically cut off the power when the temperature is too high, reducing safety hazards such as fire. However, if the carbon fiber filament is of poor quality or has aged for too long, short circuits and other problems may also occur.
Medium-wave halogen lamp replacement parts： Medium-wave heater element are also safe under normal use. The outer layer of its bulb is usually quartz glass, which is resistant to high temperatures and has certain explosion-proof properties. However, due to its high temperature, if it accidentally touches the human body or flammable materials, it may cause burns or fire. Moreover, after long-term use, the bulb may break and need to be replaced.
Energy efficiency
Carbon fiber heating lamp: Carbon fiber heating lamp has high energy efficiency. It can convert most of the electrical energy into heat energy with relatively less loss. This means that under the same heating demand, the carbon fiber heating lamp may consume less electricity than some traditional heating equipment, thus saving energy costs.
Medium wave infrared ceramic heating lamp: The energy efficiency of medium wave infrared quartz emitterfor Home Heating is also good. Because it directly converts electrical energy into infrared radiation energy, it does not need to have more energy loss like some medium heating methods. However, its heating range is relatively narrow. If you want to cover a larger area, you may need more lamps, which will increase the total energy consumption.
Service life
Carbon fiber Infrared Halogen Heater Parts: Carbon fiber Halogen Heater Bulb Replacement has a long service life. Generally speaking, high-quality carbon fiber infrared quartz lamp replacement can be used for about 5-10 years. This is because the carbon fiber material itself is relatively stable and is not prone to performance degradation under normal operating temperature and environment. Of course, this is also related to factors such as the frequency of use and the environment in which it is used.
Medium-wave infrared emitter: The service life of a medium-wave tungsten halogen lamp is usually around 3-5 years. The main loss is in the bulb. As the use time increases, the infrared emission efficiency of the bulb will gradually decrease, and the bulb may not work properly due to aging of the filament or damage to the glass shell.
If it is used for local heating in a small area, such as heating at a desk or in a small enclosed space, a medium-wave tungsten infrared halogen heater for home is a good choice, which can quickly make people feel warm. If it is used for overall heating in a larger space, a carbon fiber heating lamp may be more suitable, which can make the indoor temperature distribution more uniform.
