Description
Kapton Heating Pads Key Attribute
Item:Kapton Heating Pads
Type:Electric Heater
Power Source:Electric
Place of Origin:Guangdong, China
Brand Name:HengXin or Customized
Dimension(L*W*H):customized
Voltage:1.5-220V
Warranty:50K hours under regular working condition
Working Temperature Range:-30-180 ºC
Material:Kapton film+etched metal foil
Thickness:0.15-0.3mm
Back adhesive:3M or customized
Power deviation:±5%
Supply Ability:100000 pcs per month
Packaging Details:PE inner bag+Carton
Certification:ISO9001,RoHS,REACH
Applicable Industries:Aerospace and Aviation,Medical Devices,Laboratory Equipment,Electronics and etc.
Kapton Heating Pads: The Ultimate Flexible Heating Solution for Modern Applications
Kapton heating pads are ultra-thin, lightweight, and flexible heating elements engineered from polyimide film (Kapton®) — a material known for its exceptional thermal stability, electrical insulation, and chemical resistance. Unlike bulky traditional heaters, Kapton heaters offer precision, durability, and versatility — making them the preferred choice for industries that demand reliable and compact heating solutions.
🔶 Why Choose Kapton Heating Pads?
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💡 Unmatched Flexibility & Ultra-Thin Design
Kapton heaters can bend, wrap, and mold to virtually any surface without compromising performance. Their micron-level thinness makes them ideal for tight spaces and delicate components where other heaters can’t fit. -
⚙️ Precise & Uniform Heating
With their etched-foil or wire-wound heating elements, Kapton pads ensure consistent temperature distribution, reducing the risk of hot spots or overheating. Perfect for laboratory devices, aerospace instruments, medical diagnostics, and electronics. -
🌡️ Wide Temperature Range
Operating reliably from -200°C to +200°C, Kapton heaters perform in extreme environments — whether it’s cryogenic cooling or high-temperature processes. -
💪 Durable & Chemically Resistant
Kapton film resists chemicals, oils, and radiation, making these heating pads suitable for harsh industrial environments and long-term use without degradation. -
⚡ Energy Efficient & Fast Response Time
Their low thermal mass means rapid heating with minimal energy consumption, helping you reduce power costs while achieving precise thermal control.
🌍 Where Are Kapton Heating Pads Used?
- Aerospace & Defense: Keep sensors, batteries, and instruments functional in extreme altitudes and temperatures.
- Medical Equipment: Ideal for incubators, fluid warmers, and diagnostic devices requiring precise thermal regulation.
- 3D Printing & Electronics: Maintain stable temperatures for sensitive components, bed heating, or thermal testing.
- Automotive & EV: Applied in battery warming systems, sensor defrosting, and autonomous vehicle technology.
- Industrial & Research: Used in semiconductor processing, analytical instruments, and optical systems.
- Robotics & IoT Devices: Enable miniaturized heating for sensors, actuators, and control systems in smart technology.
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Item
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Kapton Heater
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Voltage Range
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1.5v~400v
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Power Density Range
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0.03w/cm2~1.5w/cm2
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Heater Size
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3mm~500mm
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Insulation Material
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Kapton Film
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Heating Material
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Etched metal foil
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Thickness
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0.15mm~0.3mm
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Temperature range
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-30℃–180℃
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Cable conductor
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Silicone insulated leads
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Kapton Heating Pads Configuration
Flexible Kapton heater in different shapes
Application
About Us
HX Technology is ISO 9001 certified manufacturer for Kapton Heaters in China.Our main products are Kapton Heater,PET Heater,Polyimide Heater,Tefflon Heater ,Graphene Heater and Epoxy Resin Heater. With years’ development,we now cover a production area of 3,000 square meter in Shenzhen and all our products are in accordance with RoHS and CE regulations.We will be your best supplier for Film Heaters in China!
Customers Feedback for our products
Certificates of the Kapton Heater
At HENGXIN TECHNOLOGY, we offer custom Kapton heating pads to meet your specific needs — whether you require custom shapes, sizes, voltage ratings, integrated temperature sensors (RTDs, thermistors), or feedback control. Our expert team will work closely with you to design the optimal solution — balancing performance, efficiency, and cost-effectiveness.
