Custom Thick Film Heaters
Custom Thick Film Heaters are high-efficiency, reliable heating elements made using thick film resistor technology, tailored to customer specifications like substrate, shape, power, and heating density, with the manufacturing process involving printing heating resistor materials onto ceramic or stainless steel substrates, followed by high-temperature sintering to create fast-response, durable heating circuits, making them ideal for applications in automotive, aerospace, consumer electronics, and medical devices where efficiency, longevity, and reliability are essential.
Custom Thick Film Heaters are characterized by high thermal efficiency, fast heating speed, and precise and uniform temperature control, making it suitable for various industrial applications. The heating element is typically thin and compact, allowing it to be installed in confined spaces. Thick film heaters can be customized according to different requirements, such as various shapes, sizes, and power densities. Below are some of the main and representative application:
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Custom Thick Film Heating ElementsCustom Thick Film Heating Elements are a highly efficient heating solution widely used in industries, home appliances, and medical devices, employing thick film technology that operates on the principle of Joule heating, where electrical energy is converted into heat to achieve the desired heating.....Read More |
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Thick Film Heating SolutionsThick Film Heating Solutions, also known as Thick Film Heating Technologies, are advanced and customizable heating technologies that precisely coat heating materials onto various substrates (such as ceramics or metals) based on customer's specifications (such as heater dimensions, heating.....Read More |
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Ceramic-Thick Film Heating ElementsCeramic-Thick Film Heating Elements, also called Thick Film-Ceramic Heating Elements, based on thick-film technology, are efficient and reliable heating components made from high-performance ceramics such as alumina (Al2O3), aluminum nitride (AlN), and beryllium oxide (BeO), offering.....Read More |
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Ceramic-Thick Film HeatersCeramic-Thick Film Heaters, also called Thick Film-Ceramic Heaters, are produced by coating a ceramic substrate with a thick layer of resistive material, which is then sintered at high temperatures to create reliable circuits that offer precise heat control and durability, allowing these heaters to.....Read More |
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Stainless Steel-Thick Film Heating ElementsStainless Steel-Thick Film Heating Elements, also referred to as Stainless Steel-Heating Elements, are highly efficient, safe, and customizable resistive heating devices manufactured using thick-film technology, where dielectric, conductive, resistive, and insulating materials are printed in layers..... Read More |
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Stainless Steel-Thick Film HeatersStainless Steel-Thick Film Heaters, also known as Stainless Steel-Heaters, are high-efficiency, reliable, corrosion-resistant, and precise heating elements made from stainless steel substrates in either flat or tubular forms, combined with thick-film heating technology, which involves precisely printing..... Read More |
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Flexible HeatersFlexible Heaters, or called Flex Heaters, are versatile electric heating devices designed to function efficiently even when bent or flexed around curves and corners, constructed from thin, flexible materials that incorporate heating elements, making them adaptable to a wide range of applications......Read More |
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Flexible Heating ElementsFlexible Heating Elements, or called Flex Heating Elements, are versatile and adaptable heating solutions designed to conform to various shapes and surfaces, made from thin, flexible materials that can be easily shaped and integrated into a wide range of applications, typically consisting of a.......Read More |
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Polyimide Heaters / PI HeatersPolyimide Heaters, also known as PI Heaters, are electric heating elements constructed using polyimide film as the substrate material. These thin, lightweight, and flexible heaters are engineered to deliver uniform and efficient heat distribution for a wide range of industrial, commercial, and.....Read More |
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Polyester Heaters / PET HeatersPolyester Heaters, also known as PET Heaters, are flexible and durable heating elements made from high-performance polyester material and typically constructed from a thin, flexible, transparent polyester film coated with a conductive material such as carbon, silver, or conductive polymers that......Read More |
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Mica HeatersMica Heaters are electrical heating elements that use mica, a natural mineral, as the primary insulating material, with resistance track wound and placed between two sheets of mica, offering excellent insulation; mica's high dielectric strength and heat resistance make it ideal for durable......Read More |
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Hair Straightener-Thick Film HeatersHair Straightener-Thick Film Heaters are high-performance heating elements specifically designed for hair straighteners, utilizing advanced thick film printing technology, with heat-resistant ceramics or stainless steel as the substrate, and are custom-produced to deliver rapid and uniform heat.....Read More |
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Vacuum Packer-Thick Film HeatersVacuum Packer-Thick Film Heaters, based on thick film hybrid circuit technology, are thin, lightweight heaters that offer excellent rapid heating, uniform temperature distribution, and low mass, which reduce energy consumption and enhance performance through efficient heat transfer....Read More |
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Ceramic Ozone PlatesCeramic Ozone Plates, also called Ozone Ceramic Plates, are advanced components designed to generate ozone in applications such as air purifiers, water treatment systems, and industrial ozone generators; these plates are crafted from high-quality ceramic materials engineered to facilitate.....Read More |
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Ozone Generator-Ceramic PlatesOzone Generator-Ceramic Plates, also called Ozone Generator-Ceramic Sheets, are core components of air purification devices manufactured using ceramic thick-film technology, where materials such as silver-palladium (electrodes) and carbon film (high-value resistors) are printed onto ceramic....Read More |
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Optical Fibre Fusion Splicer-Heating ElementsOptical Fibre Fusion Splicer-Heating Elements are cutting-edge components specially designed for splicing machines used in optical fibre communication systems, typically utilizing stainless steel or ceramic as substrates, and combined with thick film heating technology to manufacture......Read More |
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Optical Fibre Fusion Splicer-HeatersOptical Fibre Fusion Splicer-Heaters are advanced heating elements designed to support prolonged on-site heating processes in optical fibre fusion splicers, utilizing thick film heating technology with stainless steel or ceramic substrates and a printed thick film paste (conductive, resistive) as......Read More |
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E-Cigarettes HeatersE-Cigarettes Heaters, also called Electronic Cigarettes Heaters, are common heating methods in Heat-Not-Burn (HNB) electronic cigarettes and utilize resistance heating technology, where the basic principle involves generating Joule heat through current passing through resistors to heat tobacco.....Read More |
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Laser Printer-Thick Film HeatersLaser Printer-Thick Film Heaters, also known as Laser Printer-Thick Film Heating Elements, are high-performance heating components made using thick film printing technology with ceramic or stainless steel substrates, offering a fast, reliable, and ultra-thin heating solution custom-designed.....Read More |
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Thick Film Tubular HeatersThick Film Tubular Heaters, also called Thick Film Cylindrical Heaters, are high-efficiency heating devices that use tubular stainless steel or ceramic as the substrate, applying thick film heating technology to precisely coat the surface with conductive materials, heating resistors, and insulating.....Read More |
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Thermosensitive-Ceramic Heating ElementsThermosensitive-Ceramic Heating Elements, also referred to as Thermosensitive-Ceramic Thick Film Circuits, are high-temperature, highly reliable hybrid integrated circuits made by combining ceramic substrates with thick-film technology through advanced printing, high-temperature sintering.....Read More |
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