XiCA Heating Film
XiCA Formation
XiCA sublimates the stability of heating films to global standards.
XiCA Formation
"Capability for heating film is determined by dispersion technology of
Nano-particle by viscosity and resistance by Carbon and Silver particles."
Straight Type Silver Bus Bar Merit
- ㆍ The merit of structure of this type is even though the surface contact area of the silver busbar and copper strip is less it is a structure that carbon and copper strip cannot meet so that it can prevent spark as well as reduce the production cost due to less printing area.
- ㆍ The disadvantage of this type is that the silver busbar has a high resistance in proportion to the printing area, so it is difficult to conduct electric energy. Therefore, when the cold winter temperature is low, the amount of current passing through is small, so the amount of heat that feels warm is also reduced.
Sectional structure of XiCA heating film
Uniform temperature distribution and stable resistance change rate by uniform carbon coating
- ㆍ Self developed technology to print uniform density carbon ink
- ㆍ Printing Technology by patented equipment to print uniform carbon coating
- ㆍ Development of special laminating equipment for heating film
- ㆍ World-class quality insulation, flame retardant PET film
- ㆍ Special silver busbar mold design prevents sparks on the carbon surface.
- ㆍ overheating dispersion design in the center of heating film with special printing technology
- ㆍ Use of Laminex film which has strong resistance against transformation due to heat.
Comparison for Air layer of heating film to prevent spark
XiCA pursues the best technology and quality stabilization.
- ㆍSpark of heating film can be occurred by various factors.
The most of them are caused by air layer between copper bus bar and base film.
Therefore, the most important for the laminating equipment and technology for heating film is to remove air layer during manufacture of the heating film..
The Layer Structure of XiCA heating film during installation
