| Customization: | Available |
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| Certification: | RoHS, ISO9001, CE |
| Type: | Film Heater |
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Thick Film is one of today's most innovative and forward-looking solutions for heating technology.Stainless steel thick film heaters are a popular choice for various applications due to their durability, thermal conductivity, and resistance to corrosion. These heaters use a stainless steel substrate onto which a thick film resistive heating element is printed or deposited.
Durability: Stainless steel provides excellent mechanical strength and resistance to corrosion, making these heaters suitable for harsh environments.
High Temperature Tolerance: They can operate at high temperatures, often exceeding 300°C (572°F), depending on the specific alloy and design.
Rapid Response: The thin profile and high thermal conductivity of stainless steel enable quick heat-up and cool-down times.
Uniform Heat Distribution: The thick film printing process allows for precise control over the heating pattern, ensuring even heat distribution across the surface.
Compact Design: The thin construction of these heaters allows for easy integration into devices and systems where space is limited.
Precisely manufactured thick film heating elements feature a quick temperature rise, an extremely low thermal capacity and minimum temperature fluctuations. Their high efficiency is 97%.
Thick film heating elements feature very high surface power density(up to 60W/cm2).
The manufacturing of stainless steel thick film heaters typically involves the following steps:
Substrate Preparation: The stainless steel substrate is cleaned and prepared to ensure proper adhesion of the thick film paste.
Screen Printing: A thick film paste containing metal oxides and conductive materials is screen-printed onto the stainless steel substrate in the desired pattern.
Curing: The printed substrate is cured or fired at high temperatures to solidify the paste and adhere it to the substrate.
Finishing: Additional protective coatings may be applied to enhance durability and environmental resistance.
Testing: The heaters are tested for electrical resistance, power output, and uniformity of heat distribution.
Stainless Steel Heater has the feature of rapidly raise temperature, high heat efficiently, technical mature, product reliability, thermal shock resistance.
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Voltage
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220v
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Power
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Customized
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Material
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stainless steel
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Ramp-Up Rate
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150ºC/s
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Dielectric Strength
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1,500V/5mA/60s
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Leakage Current
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≤0.25mA
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Tube Thickness
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0.8-1mm
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Heat Density
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>60W/cm²
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Certificate
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CQC, RoHS
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Thermal Efficiency
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≥97%
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Service Life
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>10,000 hours
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Usage
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Food service equipment/Semi-conductor Warmers/Laboratory & medical equipment/Industrial hot plate
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1. Used voltage(V), and frequency.(Hz)
2. Demand request power.(Watt)
3. Base material(Copper, or Stainless steel,or Iron)
4. If you have Size drawing or product picture,or sample in hands,will be much better and helpful for exact price calculation.
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