Which is applied in kitchen appliances, dishwasher water pump heater, the core heating part is the thick film stainless steel heating tube (plate).
Our New Electronic Part: Thick Film Heaters
Danyu electronics is dedicated to design, development and manufacture of the new electronic components and thick film circuit products. Due to the long application time, high heat transfer and compact shape of the heater, we need to replace the heating elements and heating tubes frequently.
Thick film heaters are ideal heating elements for instant heating of household appliances such as water dispensers, water purifiers, coffee makers, dishwashers, etc. We offer customized heating solutions according to the needs of our customers.
Thick film heater is widely used in heating small household appliances: water heater, water boiler, coffee maker, electric heating kettle, etc.
With the increasing market demand for small household appliances, thick film heating elements are gradually replacing those traditional heaters with low efficiency, low reliability and short lifespan.
Characteristic of stainless-steel thick film heater:
Safety and durability: lifespan>10,000hours
Faster heating: temperature rise of more than 80-150oC/s
High heating transfer efficiency >98%
Health benefits: no electromagnetic radiation
Smaller size: compact structure with high power density of 60W/cm2
Customization services: Size, voltage and power supply can be customized according to specific demands.
Designed for immediate heating needs, such as water dispensers, water purifiers, coffee makers, dishwashers and other household appliances, our thick film heating elements achieve fast response and efficient energy conversion, ultra-long life during the usage. Stainless steel thick film heating tube provides excellent rapid heating capability while ensuring safe use.
It's time to upgrade your products and embrace the advantages brought by thick film heating elements to make your home appliances stand out in a competitive market. Choose us for a smarter, greener and more efficient future.
