PVD - Drying & Firing Furnaces

PVD624 Drying FurnaceBTU offers the PVD line of contact drying/firing furnaces. The PVD comprises a complete line of Rapid Thermal Processing Furnaces utilizing near infrared heating technology. Systems come in varying lengths and widths to suit specific throughput requirements. The product line has been specifically designed for the solar cell metallization process and is used for contact drying and firing. Specialized features include rapid heating via densely spaced tungsten lamps and rapid cooling rates obtained through proprietary water cooling technology.

The PVD series furnaces combines the Rapid Thermal Processing of a PV Series Solar Cell Firing PV Series Solar Cell Firing Furnace profileFurnace with a D-900 Series Dryer on the same belt.  Combining drying and firing into one unit saves factory floor space and automation costs as solar cells go directly from the dryer into the furnace.  The PVD series features BTU's proprietary WINCON™ control system.   WINCON features a simplified user interface and incredibly powerful analytical capabilities. 

Lower cost solar cells are produced with faster processing speeds and improved equipment efficiency.  With shorter processing time and faster belt speeds, one PVD Series integrated dryer/furnace processing a single lane of parts can produce up to 30 MW of solar cells per manufacturing line. 

Contact BTU to learn more abouthow the PVD series drying/firing furnaces save floor space and reduce costs all while shortening process times.

Datasheets

PV Series

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PVD Series

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In The News

BTU International to Feature Next-Generation Thermal Processing Capabilities at PV Taiwan 

BTU International Poster Presentation Describes Metal Contact Firing Process for Improved Solar Cell Efficiencies 

BTU International Passes 5GW Milestone in Metallization Firing Systems 

 

Papers & Articles

Rapid Paste Firing of Crystalline Silicon Solar Cells

High-Ramp Industrial Firing Processes for the Metallization of Crystalline Silicon Solar Cells 

Solar Cell Process Tempearature Measurements