What is the difference between a semi-white-plated infrared heating lamp and a semi-gold-plated Infrared Quartz Heating Element?
Reflective performance
Semi-white-plated Halogen Infrared Heating Lamp
The main component of the white-plated layer is usually ceramic materials, etc., and the wavelength range of infrared rays it reflects is relatively wide, but the reflection efficiency may not be as good as the gold-plated layer in some specific bands.
Semi-gold-plated halogen infra red heat lamp
The gold-plated layer has good reflection performance for infrared rays, especially in specific infrared bands. It can reflect infrared rays more effectively, making the energy of infrared rays more concentrated in a specific direction.
Heating efficiency and energy consumption
Semi-white-plated Infrared Quartz Lamp Replacement
Due to the dispersion of infrared energy reflected by it, when heating targets with small areas and high energy density requirements, it may take a long heating time to reach the required temperature. However, in some occasions with high requirements for temperature uniformity and large heating range, its energy consumption distribution is relatively uniform, and there will be no local overheating and energy waste.
Semi-gold-plated Halogen Lamp Replacement Parts
The energy concentration characteristics of the semi-gold-plated infrared heater bulb replacement make it more efficient when heating small-area targets. It can quickly heat the target object to the specified temperature, reduce the heating time, and thus reduce energy consumption to a certain extent. However, if it is used in a large area and requires uniform heating, it may cause local overheating due to excessive concentration of energy. The layout and power of the short wave halogen heating lamp need to be finely adjusted to avoid wasting energy.
Corrosion resistance and service life
Semi-white-plated Infrared Quartz Heating Element
The white-plated layer material generally has good chemical stability and can resist corrosion well in some environments containing chemicals such as acids and alkalis. The white-plated layer of the white-plated infrared tungsten heat lamp can protect the internal structure of the heating lamp to a certain extent and extend its service life. Moreover, the white-plated layer such as ceramic materials usually has high high temperature resistance. In a long-term high-temperature working environment, the performance of the white-plated layer is relatively stable and not prone to peeling.
Semi-gold-plated infrared lamp heater bulb
Gold has good chemical stability, but in certain specific chemical environments, such as environments containing strong oxidants, the gold layer may be affected to a certain extent. The gold-plated layer can effectively prevent the filament and other parts inside the industrial infrared heat lamp from oxidation and corrosion. The stability of the gold-plated layer also helps to maintain the reflective performance of the tungsten halogen lamp, thereby maintaining a good heating effect over a long service life. However, if the gold-plated layer is physically damaged, such as scratched, it may affect its reflective properties and service life.
