118mm 12V 30W/40W/70v Short Wave Half white Jacked Carbon fiber Infrared heating lamp for heating goldisgood
Industrial Heating Applications
Metal Surface Treatment:
In metalworking, when heating gold or other precious metals for processes like annealing or soldering, this short – wave carbon fiber infrared heating lamp can provide rapid and precise heating. The 12V power supply with different wattage options (30W/40W/70W) allows for controlled heat output. For example, when annealing gold jewelry, the infrared radiation can penetrate the metal surface and heat it evenly to the desired temperature. The short – wave infrared radiation is efficient in heating small – to medium – sized gold objects quickly, improving the quality of the treatment process.
Plastic Molding and Processing:
In plastic injection molding, especially when dealing with molds that require pre – heating to ensure the proper flow of plastic materials, these heating lamps can be beneficial. The 118mm size makes them suitable for targeted heating of specific areas of the mold. The infrared radiation can heat the mold surface, and the half – white jacket design may help in concentrating or diffusing the heat as needed. This can lead to better – quality plastic products by ensuring the plastic fills the mold cavities evenly.
Laboratory and Research Use
Sample Preparation:
In chemical or materials science laboratories, when heating samples such as gold – containing compounds or alloys for analysis or synthesis, the carbon fiber infrared heating lamp is a useful tool. The precise temperature control achievable through the different wattage settings allows researchers to heat samples to specific temperatures. For example, in a thermal analysis of gold nanoparticles, the heating lamp can provide a stable and controlled heating source to observe phase changes or chemical reactions.
Microscopy and Spectroscopy:
In microscopy applications, maintaining a stable temperature for samples is crucial. The infrared heating lamp can be used to heat gold – coated samples or specimens to the appropriate temperature for better imaging or spectroscopic analysis. The short – wave infrared radiation can help reduce interference and provide a more accurate representation of the sample’s properties.