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Infrared heating technology provides a highly efficient alternative to traditional convection heating methods. Unlike conventional systems, infrared radiation transfers heat directly to objects without requiring direct contact or heating the surrounding air medium. This results in significantly faster heating processes with superior energy efficiency.
Our infrared quartz radiators are engineered to produce optimal infrared wavelengths ranging from 0.9μm (short wave) to 3.5μm (medium wave). This wavelength flexibility allows for precise matching to specific material properties, ensuring maximum energy transfer efficiency for each application.
The unique design of our twin quartz tube configuration provides exceptional mechanical stability while enabling the production of heating elements up to 3.5 meters in length. The reverse 'H' shape construction enhances durability and heat distribution.
Key advantages of our infrared heating systems include:
- Rapid heating with response times under 2 seconds
- Directional heating capability for targeted thermal application
- Clean operation with no material contact or environmental pollution
- Compact footprint compared to traditional heating systems
- Energy savings up to 86% conversion efficiency
Our infrared heaters find application across numerous industries including:
- Automotive paint curing and drying
- Plastic thermoforming and bottle blowing
- Printing ink fusing and drying
- Food processing and catering equipment
- Textile and paper manufacturing
- Semiconductor wafer processing
The quartz glass construction offers exceptional infrared transparency while withstanding continuous operation at temperatures exceeding 1000°C. Optional gold or white oxide reflectors provide directional control of the infrared radiation for maximum process efficiency.
