Let’s Build the Right Heating Solution
1535 Burgundy Parkway, Streamwood, IL 60107, USA
Ceramic Infrared Heaters
Ceramic infrared heaters offer exceptional flexibility, allowing a wide range of configurations to produce heating patterns precisely matched to customer specifications. Their design enables efficient, uniform, and controlled heat transfer across multiple industrial applications.
When infrared energy strikes a surface, it may be absorbed, transmitted, or reflected. A material that absorbs all infrared energy is referred to as a blackbody and has an emissivity of 1.0, while a perfect reflector has an emissivity of 0.0. Ceramic infrared heaters feature a high emissivity value of approximately 0.9, making them highly efficient at transferring radiant heat.
The heating element is manufactured from a high-temperature-resistant nickel-chrome alloy, embedded directly into the ceramic body during the firing process. The glazed ceramic surface provides excellent protection to the heating coil, preventing oxidation and corrosion while ensuring long service life and consistent performance.
By matching the infrared emission characteristics of the heater with the absorption properties of the material being processed, significant energy savings and improved process efficiency can be achieved.
Key Features & Benefits
- High emissivity (≈ 0.9) for efficient infrared heat transfer
- Nickel-chrome resistance element for high-temperature durability
- Embedded and glazed construction protects against oxidation and corrosion
- Uniform and controlled heat distribution
- Long operational life with minimal maintenance
- Customizable heater patterns to suit specific applications
- Energy-efficient performance with reduced operating costs
Application
- Curing and drying of latex coatings
- Yarn sizing and drying of washed or finished fabrics
- Paper webs and impregnated coatings
- High-speed drying of lacquered, plastic-coated, painted, and gummed paper
- Softening plastics for thermoforming machines
- Pre-heating sheets in vacuum forming machines
- Pre-heating sheets in packaging machines
- Vulcanizing operations in rubber processing
- Drying and baking of lacquers, finishes, and powder coatings
- Heating and drying of wood, chipboard, painted, and plastic-coated components
- Glass-to-metal sealing and glass bending
- Solder reflow and wave soldering ovens
- PTFE coating applications and automotive finishes
- Drying of unprocessed and printed wallpaper
- Baking and browning of small bakery products