Accuflect IR Solar Cell Furnace Reflector

Specifications

Material: Ceramic
Type Of Ceramic: Not Applicable
Component Type: Reflectors
Emission Wavelength: 1 to 2 microns
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Features


  • High-Efficiency Infrared Reflection: Accuflect® IR provides excellent medium and short wave infrared reflection, extending performance into visible wavelengths, making it ideal for solar cell manufacturing.

  • Versatile Applications: Suitable for various processes in both crystalline and thin film solar cell manufacturing, including preheating, drying, firing of metallized layers, deposition of antireflection coatings, rapid thermal annealing, and cell-to-cell bonding.

  • Optimized Infrared Systems: Utilizes short wave emitters with emission wavelengths of 1 to 2 microns, allowing for high watt densities and tunable peak emission wavelengths to match solar cell material absorption spectra.

  • Uniform Heat Distribution: Provides more uniform infrared radiation in the heat process zone, with solar materials perceiving a planar emission source, reducing process variability.

  • Refractory Design: Eliminates the need for active cooling of reflector surfaces, enhancing process efficiency and control.

  • Low Thermal Impedance: Enables tight process control loops, ensuring consistent quality and performance.

  • Clean and Efficient: Maintains cleanliness in high-temperature zones and leverages the recuperative effect of reflection to reduce electrical power input.

  • Enhanced Process Efficiency: Radiation from warm reflector surfaces contributes to heating solar materials, improving overall process efficiency.

Applications


  • Solar Cell Preheating: Efficient preheating prior to sputtering or diffusion processes.

  • Drying and Firing: Supports drying stages and metallized layer firing for solar cells.

  • Anti-Reflection Coating Deposition: Enhances deposition uniformity and efficiency.

  • Rapid Thermal Annealing: Enables precise annealing of thin film layers.

  • Cell-to-Cell Bonding: Provides optimal thermal conditions for bonding processes in solar cell assembly.