Nano Radiant Heat Emission Coating

Model Number: WL-500 Brand Name: Doern Key Specifications/Special Features: Heat transmission processeswithinmaterials (system)mainly hasthree ways:1.Convection heat transmissionsConvection includes fluid movement both by bulk motion (advection) and by the motion of individual particles (diffusion) to make the temperature toward even.Heat Convection is the major heat transmitted method for fluid and air.The phenomena of advection is obvious than the fluid convection.2.Conduction heat transmissionConduction is the transfer of thermal energy between neighboring molecules in a substance due to a temperature gradient. It always takes place from a region of higher temperature to a region of lower temperature, and acts to equalize the temperature differences.Heat Convection is the major heat transmitted method for solids.
3.Radiation heat transmission
Thermal radiation is generated when heat from the movement of charges in the material is converted to electromagnetic radiation.
No medium is necessary for radiation to occur, for it is transferred by electromagnetic waves, radiation takes place even in and through a perfect vacuum.
Since the amount of emitted radiation increases with increasing temperature, a net transfer of energy from higher temperatures to lower temperatures results
Heat Radiation
Radiation is the major method to transmit the heat for long distance thermal transmission.
For instance, the heat from sun travel through the vacuum of the space before warming the earth. (about 1500 million Km) Radiation is the only form of heat transfer that can occur in the absence of any form of medium

LED Heat dissipation solution improvement by nanometer coating
Acknowledged by PNNL and Oregon State University. The capillary pumping action for the thermal dissipation is highly improved.
Doern nanometer coatingcome with inorganic crystal,whichprovides larger and consistent surface range, and higher efficient heatdissipation than the published research.
Doern patents application are earlier than the published research.