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Wattheat Full Trough Infrared Heating Elements Ceramic
full trough ceramic infrared heater
full trough infrared ceramic heating element

Full Trough Infrared Heating Elements Ceramic

Wattheat Full Trough Infrared Heating Elements Ceramic are engineered for distributed radiant heating systems that require controlled infrared coverage and stable long-term performance.
The concave trough profile increases effective radiation area, supporting uniform heat transfer in industrial environments with demanding thermal loads. Contact us for custom specifications.

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Wattheat Full Trough Infrared Heating Elements Ceramic
full trough ceramic infrared heater
full trough infrared ceramic heating element

Full Trough Infrared Heating Elements Ceramic

Wattheat Full Trough Infrared Heating Elements Ceramic are engineered for distributed radiant heating systems that require controlled infrared coverage and stable long-term performance.
The concave trough profile increases effective radiation area, supporting uniform heat transfer in industrial environments with demanding thermal loads. Contact us for custom specifications.

Category: Tag: Brand:

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Product Overview of Full Trough Infrared Heating Elements Ceramic

Full Trough Ceramic Infrared Heating Elements (FTE) feature a concave ceramic body with a standard size of 245 × 60 mm, optimized for applications requiring expanded radiant coverage. The trough geometry enables wider infrared dispersion, making these elements suitable for systems using distributed heat sources and modular heating arrays.

Manufactured with high-grade refractory ceramics and embedded resistance coils, each element is designed to withstand aggressive chemical exposure and repeated thermal cycling. A zirconium oxide ceramic glaze further protects the emitting surface from humidity and corrosive vapors, supporting consistent thermal output and extended service life in industrial environments.

Key Technical Advantages of FTE Ceramic Heating Elements

  • Trough-profile ceramic design – increases effective radiant area and improves heat distribution across target surfaces.

  • High-purity refractory materials – resistant to thermal shock, aggressive chemicals, and long-term heat exposure.

  • Zirconium oxide glazed surface – protects against moisture, vapor, and surface degradation.

  • Stable infrared emission – supports consistent heating performance in continuous-duty systems.

  • Wide power range – standard wattages from 150W to 1000W, suitable for modular and scalable heating configurations.

Drawing of Full Trough Ceramic Infrared Heating Elements/ceramic ir heater

Drawing of Full Trough Infrared Heating Elements Ceramic and ceramic ir heater

Technical specification of Full Trough Infrared Heating Elements Ceramic

Parameter Technical Specifications
Material Ceramic body with embedded resistance heating coil
Voltage 230V or customized
Working Temp Max 750°C
Dimensions 245mm x 60mm x 34 mm
Lead Connection 100 mm ceramic beaded power leads or customized
Wattage Range 150W, 250W, 300W, 400W, 500W, 600W, 650W, 750W, 800W, 1000W
Packaging 252mm x 64mm x 64 mm

Note: 

  • The infrared heating elements ceramic emitter should be installed together with a glass at some distance from each other.
  • It’s recommended to keep 200 mm( 8 elevation) to the material being hotted .
  • Supplied with standard 100 mm( 4 elevation) ceramic rounded power leads.

Typical Industrial Applications

The Full Trough Infrared Heating Elements Ceramic are engineered for high-performance integration into mission-critical thermal processes. Their concave design provides the radiant intensity and distribution required for the following industrial sectors:

  • Thermoforming & Plastics Processing: Ideal for pre-heating large-scale plastic sheets in vacuum forming and pressure forming lines where deep draw and uniform material softening are critical.

  • Industrial Drying & Curing Systems: Frequently utilized in paint drying, powder coating curing, textile processing, and high-volume moisture removal applications.

  • Surface Treatment & Printing: Optimized for high-speed coating lines, printing ink drying, and specialized surface treatment equipment requiring consistent infrared flux.

  • Modular Radiant Arrays: The preferred component for constructing infrared heating zones in conveyor-based production systems and industrial ovens requiring continuous, high-wattage output.

  • Chemical & Harsh Environments: The protective zirconium oxide coating ensures long-term reliability in chemical processing environments resistant to aggressive vapors and humidity.

  • Packaging & Shrink Technology: Delivers the precise, non-contact thermal energy necessary for shrink wrapping tunnels and automated packaging machinery.

OEM & Customization Options

Wattheat supports OEM and system integrators with flexible configuration options:

  • Customized wattage and dimensions

  • Lead wire length and termination formats

  • Optional built-in K-type thermocouple for temperature monitoring

  • Multiple ceramic colors (white, black, gray, beige, yellow, etc.)

  • Voltage options beyond standard 230V

All customization is engineered to ensure compatibility with your equipment architecture and thermal control strategy.

Request Custom Specifications

Why Choose Wattheat

Wattheat focuses on delivering high-performance ceramic infrared heating elements that integrate reliably into demanding industrial systems. Our engineering-driven material selection, controlled manufacturing processes, and OEM-oriented customization ensure that every Infrared Heating Elements solution supports stable thermal performance and a predictable lifecycle. By prioritizing long-term system reliability, we ensure that each full trough infrared heating elements ceramic maintains consistent radiant output even in the most rigorous production environments.

Frequently Asked Questions (FAQ)

Wattheat Full Trough Infrared Heating Elements Ceramic

A: The trough profile increases the effective radiant area and allows wider infrared dispersion, making it better suited for distributed heating layouts.

A: Trough elements (FTE) scatter radiation at an angle, making them better suited for modular arrays where overlapping heat fields are needed. Flat elements are generally used for targeted, close-proximity heating where space is extremely limited.

A: Yes. The refractory ceramic body and zirconium oxide glaze provide resistance to chemicals, humidity, and thermal cycling.

A: Absolutely. Wattheat provides dimensional, electrical, and lead configuration customization for seamless system integration.

A: Optional built-in K-type thermocouples can be specified for closed-loop temperature control systems.

Wattheat Full Trough Infrared Heating Elements Ceramic

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