Curing and Drying Oven

In the firing furnace the applied metal conducting tracks are first dried and then fired, to produce an electric contact on the front and rear sides of the solar cell.

Curing and Drying Oven

Precision curing and drying applications

Utilizing cutting edge thermal processing technologies in a configuration optimized for the latest metallization pastes, excellent contact characteristics and thus superior fill factor are achieved with SCHMID firing furnaces.

SCHMID holds exclusive rights to the University of New South Wales (UNSW) advanced hydrogenation process integrated into firing furnaces used to produce PERC cells. The UNSW advanced hydrogenation process reduces LID of PERC cells by >95%.

Max. heat-up rate of 80°C/sec
Max. cool-down rate of 70°C/sec
Pre-heated supply air covers entire surface
Side lamps in the fired zone ensure homogenous temperature distribution
Lighter feed transport belt reduces energy
Quartz supports on the transport belt inside the furnace reduces shadowed areas
Automatic belt tension
Digital monitoring of supply and discharge air
Sater and air cooling with heat exchanger
Optional: after-burner
Optional: stand-offs

Atmosphere Control

Effective solvent removal with precision controlled exhaust system
Digital flow inlet features available

Performance

Max operating temperature = 250°C

Configurations

Belt Widths: 6-48 inches
Belt speed range: 1 – 100 inches per minute
In-line versions available for belt sharing with conveyor furnaces

Thermal Processing
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Highlights 2018

Elevator Batch Oven

Infrared Lamp Furnace

RT @pvmagazine: Fraunhofer ISE, Schmid develop production line conceptfor custom design modules https://t.co/dxMW1IoiGg https://t.co/YJyWNF…

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RT @TaiyangNews: @FraunhoferISE And @Schmid_Blog Say 35% Cost Reduction Possible For #BIPV #Solar Modules With New Production Concepts. htt…

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#solar #modules #BIPV #photovoltaics https://t.co/kUyOMSBCT7

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Projektstart OptiCharge, @SRaktuell berichtet https://t.co/VbVbN3aFQZ #VRFB #EnergyStorage

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