The quality criteria for product-wetted pharmaceutical surfaces are becoming increasingly stringent. To meet these high requirements, it is essential to keep surfaces in perfect condition. However, damage to electropolished surfaces of pharmaceutical production systems occurs repeatedly. Such damage can be repaired using electrochemical wipe polishing technology to restore the surface to once again meet the original quality requirements.
On-site service
Our mobile electropolishing unit enables the repair of surface damage – from small areas of just a few square centimeters to large areas of damage – directly on site. For vessels that are difficult to move or permanently installed and cannot be transported, this method offers an ideal and efficient solution instead of extensive polishing in an electrolyte bath.
The process step by step
The mobile electropolishing process is a multi-stage procedure: grinding, cleaning, electropolishing, rinsing, decapping, rinsing again, passivating, a final rinse, and finally drying. Each step is designed to restore the surface to its optimum condition.
Typische Anwendungsgebiete des Beizens
Beizen kommt überall dort zum Einsatz, wo metallische Bauteile höchsten Reinheits- und Korrosionsschutzanforderungen genügen müssen. Typische Anwendungen finden sich in folgenden Branchen:
• Luft- und Raumfahrt: Leichte, korrosionsgeschützte Bauteile für Struktur- und Innenraumanwendungen
• Automobilindustrie: Oberflächenveredelung von Karosserieteilen, Zierleisten und Funktionsteilen aus Aluminium
• Medizintechnik: Biokompatible, farbcodierte Instrumente und Gehäuse aus eloxiertem Titan oder Aluminium
• Elektronik und Elektrotechnik: Isolierende Schichten auf Gehäusen, Kühlkörpern und Steckverbindern
• Möbel- und Designindustrie: Dekorative Aluminiumoberflächen mit gleichmässiger Farbgebung und hoher Beständigkeit
• Maschinenbau: Funktionelle Aluminiumkomponenten mit verschleiß- und korrosionsbeständiger Oberfläche
Eigenschaften und Vorteile des Beizens
Durch das Beizen entstehen metallisch saubere Oberflächen mit verbesserter Korrosionsbeständigkeit. Das Verfahren entfernt thermisch oder mechanisch entstandene Verunreinigungen und stellt die Voraussetzung für weiterführende Oberflächenprozesse dar. Zugleich wird eine passive Schutzschicht gebildet, die die Lebensdauer erhöht.
Vorteile im Überblick
• Erhöhter Korrosionsschutz bei aggressiven Umgebungen
• Deutlich gesteigerte Oberflächenhärte und Abriebfestigkeit
• Gute Haftgrundlage für Farben oder Klebstoffe
• Elektrische Isolation der Oberfläche
• Möglichkeit zur dekorativen Farbgebung
• Kein Ablösen der Schicht, da sie im Material verankert ist
Mobile electropolishing in action
You can watch our experts performing mobile electropolishing in our video. Take a look behind the scenes and see for yourself how our expertise and precision lead to excellent results.
The quality criteria for product-wetted pharmaceutical surfaces are becoming increasingly stringent. To meet these high requirements, it is essential to keep surfaces in perfect condition. However, damage to electropolished surfaces of pharmaceutical production systems occurs repeatedly. Such damage can be repaired using electrochemical wipe polishing technology to restore the surface to once again meet the original quality requirements.
The quality criteria for product-wetted pharmaceutical surfaces are becoming increasingly stringent. To meet these high requirements, it is essential to keep surfaces in perfect condition. However, damage to electropolished surfaces of pharmaceutical production systems occurs repeatedly. Such damage can be repaired using electrochemical wipe polishing technology to restore the surface to once again meet the original quality requirements.
The quality criteria for product-wetted pharmaceutical surfaces are becoming increasingly stringent. To meet these high requirements, it is essential to keep surfaces in perfect condition. However, damage to electropolished surfaces of pharmaceutical production systems occurs repeatedly. Such damage can be repaired using electrochemical wipe polishing technology to restore the surface to once again meet the original quality requirements.
The quality criteria for product-wetted pharmaceutical surfaces are becoming increasingly stringent. To meet these high requirements, it is essential to keep surfaces in perfect condition. However, damage to electropolished surfaces of pharmaceutical production systems occurs repeatedly. Such damage can be repaired using electrochemical wipe polishing technology to restore the surface to once again meet the original quality requirements.
The quality criteria for product-wetted pharmaceutical surfaces are becoming increasingly stringent. To meet these high requirements, it is essential to keep surfaces in perfect condition. However, damage to electropolished surfaces of pharmaceutical production systems occurs repeatedly. Such damage can be repaired using electrochemical wipe polishing technology to restore the surface to once again meet the original quality requirements.
