What is instant thick film heating technology

- Jun 30, 2020-

Instant heating technology is screen printing technology, insulation resistance after seven times of high temperature sintering, perfect adhesion to the outside wall of stainless steel pipe, long service life. At present, there are two main types of thick film heaters: stainless steel thick film heating plate and stainless steel thick film heating tube.


The tubular thick film heater is mainly composed of stainless steel pipe base material, internal insulating medium layer, resistance heating layer and external insulating medium layer from the inside to the outside. The water flows through the stainless steel pipe, and the thickness of the inner insulating medium layer is about 100 μ M. due to the short heat conduction distance from the resistance heating layer to the stainless steel substrate, the thermal resistance is very small and the thermal response speed is fast. Among them, the application advantages are thick film heating pipe, barrel structure, natural water channel, 360 degree overall channel heating, the overall heating is relatively uniform, and the heating efficiency will not be reduced due to a large number of bubbles generated on the surface of the heater. Because the heat can be carried away in time, the surface temperature of the whole heating tube is not high, so it will not cause open fire. Good safety and long service life. The heater of thick film heating tube produced by Jaye: high power density, small size, durable pressure bearing, no power attenuation, fast thermal response, not easy to scale, heat conversion rate of more than 96%.

Plate thick film heater is a kind of a kind of resistance or heater, it includes: set up in an insulating substrate trajectory, thick film resistors with a predetermined load meteor reservation area by the electrical insulating material separation bridge bridge, the separation of the bridge at a predetermined temperature becomes fully conductive, to produce the path through the at least one stated area Settings are used in local concentration of current flows through the device.