Heating Tube and Heating Rod
Today I want to talk about the cast copper heater high-efficiency energy-saving electric heating ring, which is made of a nano-scale special alloy material with strong heat exchange capacity and the ability to emit specific wavelengths of cast copper heaters. The far-infrared wave of this product is a strong thermal induction energy with functions such as thermal induction, reflection, penetration, and magnetic nuclear resonance. When an object is irradiated by far-infrared rays, part of the surface reflects, while another part of the cast copper heater slowly penetrates into the object, causing magnetic nuclear resonance. In medicine, far-infrared waves are called life waves. Cast Copper Heater Electric Heating Ring The mirror reflection layer inside focuses the reflected infrared rays onto the object, achieving energy-saving and efficiency improvement. The heat transferred by radiation is proportional to the fourth power of temperature, and no heat transfer medium is required during heating. The cast copper heater has a certain penetration capability.
I know everyone is familiar with the technical indicators of cast copper heaters:
1. Dielectric strength: 2000V/1 minute
2. Hot insulation resistance: >5MΩ
3. Maximum working temperature: 0-1000℃
What must be understood is the installation and usage instructions for cast copper heaters:
1. According to the size of the equipment or workpiece, single or multiple components can be arranged evenly. For fixation during installation, stainless steel wire can be used for tying, or stainless steel strips can be bent into a tightening ring shape and then tightened.
2. Considering temperature requirements and energy saving, an insulating and heat-preserving layer of 6-8cm should be covered outside the heater.
3. During use, heaters should not be stacked to avoid forming overheated areas that affect lifespan. Be careful not to break ceramic parts to avoid exposing the heating material and affecting safety.
Of course, I also look forward to focusing together on the fact that after being powered on, the cast copper heater can form a strong wide-spectrum directional radiation in the vertical space, effectively converting electrical energy into far-infrared radiation energy, directly transferring it to the material to be dried, rapidly converting it into molecular thermal motion, drying from the inside out, achieving rapid drying and setting, and obtaining significant energy-saving effects. When far-infrared radiation reaches an object, absorption, reflection, and transmission can occur. The heated and dried material absorbs far-infrared radiation energy at a certain depth internally and on the surface molecules simultaneously, generating a self-heating effect, causing the solvent or water molecules to evaporate, with uniform heating, thus avoiding deformation and quality changes caused by different degrees of thermal expansion, and maintaining the appearance, physical and mechanical properties, fastness, and color of the material intact.
