
In modern Industrial manufacturing, precise thermal management is crucial for ensuring product quality and production efficiency. As equipment becomes increasingly miniaturized and complex, traditional rigid heaters are no longer sufficient to meet all demands. Flexible Electric Heaters, with their superior adaptability and thermal conductivity, are becoming the preferred choice for the chemical, medical, semiconductor, and energy industries.
Flexible Electric Heaters are a type of electric Heating Element which can be bent, wound, and adhered to surfaces of various shapes. Compared to traditional rigid heaters, they offer advantages such as flexibility, uniform heating, flexible installation, and high customizability, and are widely used in pipeline heat tracing, tank heating, medical equipment , laboratory environments , and household appliances .
Composed of High-Temperature resistant ceramics connected in series
It can be freely bent and wrapped around the outside of pipes or workpieces.
High temperature resistance, long service life, suitable for high temperature industrial environments
Typical applications: pre-weld / post-weld heat treatment, pipe heating, metal preheating
Silicone rubber is used as the insulating layer, with a Heating Wire or etched foil embedded inside.
Soft, waterproof, and moisture-proof
It can be made into heating elements, heating belts, oil Drum Heaters , etc.
Typical applications: oil drums, tanks, control Boxes, antifreeze insulation
This type of heating element is extremely thin (typically less than 0.2 mm thick ), making it suitable for high-precision applications where space is limited.
Typical applications : medical laboratory instruments, satellite battery insulation, heated beds for 3D printers. Advantages: Extremely fast thermal response, resistant to vacuum environments.
Aluminum foil composite heating wire structure
Good thermal conductivity and high cost performance
Easy to lay over a large area
Typical applications: Home Appliances, battery heating, and insulation systems.
Including constant power type and self-limiting temperature type
Cuttable and suitable for long-distance installation
Safe, reliable, and low maintenance cost
Typical applications: pipeline antifreeze, liquid insulation, chemical transportation systems
Simple structure and highly adaptable
be combined with materials such as glass fiber, silicone, and PTFE.
Supports various power and voltage customizations
Typical applications: internal heating of equipment, customized heating components
Industrial manufacturing and equipment heating
Petroleum, Chemical Industry, Energy
Food and Pharmaceuticals
Electronics and Semiconductors
New energy and battery systems
Highly compatible: Suitable for circular, irregular, and complex curved surfaces.
Highly customizable: Size, power, voltage, and temperature control method can all be customized.
Uniform heating: Circuit density can be customized to reduce localized overheating and improve system Safety.
Easy to install: No complex structural modifications are required. For small devices that require precise temperature control, the flexible element adds almost no volume or weight.
Wide range of applications: covering everything from low-temperature antifreeze to high-temperature Industrial Heating.
Long lifespan: Made of corrosion-resistant and aging-resistant industrial-grade materials, it is suitable for harsh factory environments.
As a leading supplier of industrial heating elements, we are committed to providing global customers with one-stop solutions for Flexible Heaters, from raw materials to finished products . Our products have passed multiple international certifications such as CE and RoHS and are widely sold in Europe, Latin America, North Africa, and the Middle East.
Encountering complex temperature control challenges?
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