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DRY ELECTROSTATIC CONTINUOUS CLEANING ENAMELS
Alain Aronica, Ferro Europe
Presentation Plan
Dry electrostatic continuous cleaning enamel: definition
Test method
Wet system
Comparison between existing systems
Cross section
Advantage of dry electrostatic
Technical claims
Field experience
AMICA (Poland)
AREILOS (Italy)
SMALTI MODENA (Italy)
Dry electrostatic continuous cleaning enamel
Cross Section - Performance
Process extension
Steel sheet: 2 Coat / 1 Fire
Aluminized steel: 1 Coat / 1 Fire
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figure 1 - Dry electrostatic continuous cleaning enamel: definition |
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figure 2 - Testing method |
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figure 3 - Wet system - Comparison between existing systems |
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figure 4 - Wet system - Cross section |
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figure 5 - Advantages of dry electrostatic |
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figure 6 - Technical claims - Development of special frits for electrostatic
application |
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figure 7 - Field experience - Amica (Poland) |
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figure 8 - Field experience - Areilos (Italy) |
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figure 9 - Field experience - Smalti Modena (Italy) |
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figure 10 - Dry electrostatic continuous cleaning enamel |
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figure 11 - Process extension - Steel sheet: 2 Coats / 1 Fire |
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figure 12 - Process extension - Aluminized steel: 1 Coat / 1 Fire |
Conclusion
For major appliances, all pieces could be enameled by dry electrostatic
application:
White and colors,
Acid resistance goundcoat, easy to clean, pyrolytic.
Today this process is compatible with continuous cleaning enamel and offers
many advantages:
Easy to use,
Better working conditions,
Cost reduction,
Improved performance.
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