Thick film heater created by printing resistive and conductive layers onto a substrate like thick film ceramic PCB. It offers rapid, uniform heating, high efficiency, and is widely used in applications like food service equipment, medical devices, and automotive components.
Thick film heating elements improve manufacturing processes by delivering efficient, uniform heating for various applications.
We specialize in designing and producing customized heating films known for rapid heating, high eficiency, energy savings, and durability, making us a trusted supplier for our customers.
Compared with traditional heating methods, thick film heating sheets can save 20% to 40% of energy costs.
It uses ceramic substrate as the base, can withstand high temperature, small deformation under extreme conditions, and a long-time service life of more than 50000 hours.
It has good corrosion resistance and wear resistance, regularly cleaning, inspection and maintenance is enough.
Ceramic thick film heaters can be customized into various sizes, shapes, voltages and powers.
A thick film heater is a compact heating element made by applying resistive and conductive layers onto a substrate, such as metal or ceramic, for efficient heat generation.
Thick film heaters are made using a combination of substrates like stainless steel, aluminum, or ceramic. The heating layers consist of resistive pastes, conductive traces, and insulating materials, all precisely printed and baked for durability.
They are versatile and found in applications like food service equipment (toasters, coffee machines), medical devices (diagnostic equipment, sterilizers), automotive systems (engine warming, seat heaters), and consumer appliances (irons, water heaters).
Key advantages include fast heating response, high thermal efficiency, lightweight and compact design, resistance to thermal shock, and compatibility with custom designs. They also reduce energy consumption compared to traditional heaters.
Thick film heaters are significantly more energy-efficient and compact than traditional wire or coil heaters. They deliver heat directly to the surface without significant energy loss and allow precise temperature control.
Simply drop your email or phone number in the contact form, and we'll promptly reply you shortly.