FeCl₃ Regeneration without Metal Recovery
Regeneration within the Etching Process
When etching steel alloys, regeneration does not usually involve any
Metal recovery carried out. The dissolved metal, primarily iron, remains in the etching fluid. To ensure that product quality and speed remain stable, it is essential to regenerate the etching fluid and keep the parameters constant. This is achieved by KSD circuit regeneration for FeCl₃.
01
Membrane-Electrolysis
Operating materials: electrical energy and hydrochloric acid
at etching rates of 0.1 to 6 kg of metal per hour
02
Chlorine Oxidation
The operating substance is chlorine gas.
at etching rates of 0.3 to 45 kg of metal per hour
Efficient Etching Systems for Modern Production
Etching Systems for Continuous Structure Tapes
Etching systems for continuous belts with a length of up to 34 m and a width of up to 3 m – ideal for large-format industrial applications.
Improved Quality & Data Collection
Improvements in production quality and data collection of etching fluid parameters
Reduced Cost
Reduction in purchasing and disposal costs
Modular Setup
Modular design of the systems, allowing for adaptation and expansion options to match production capacity
Circular Economy, Cost reduction & Sustainability
The systems comply with the requirements of the Circular Economy Act and contribute to significant cost reductions.
Efficient Etching Systems for Modern Production
01
Konstante Ätzgeschwindigkeit
Produktionssteigerung durch hohe konstante Ätzgeschwindigkeiten
02
Improved Quality & Data Collection
Improvements in production quality and data collection of etching fluid parameters
03
Reduced Cost
Reduction in purchasing and disposal costs
04
Modular Setup
Modular design of the systems, allowing for adaptation and expansion options to match production capacity
05
Kreislaufwirtschaft & Kostensenkung
The systems comply with the requirements of the Circular Economy Act and contribute to significant cost reductions.
Regeneration ohne Metallrückgewinnung
We work hand in hand with our customers, drawing on our extensive expertise in the planning and implementation of special projects. Every project is unique and tailored precisely to the needs of the company. This leads to optimised workflows and improves the output of the required systems.
Anwendungen & Vorteile
Anwendungen: Besonders geeignet für Ätzsysteme mit geringem bis mittlerem Volumen, bei denen eine Metallrückgewinnung nicht erforderlich ist.
Vorteile:
- Verlängert die Lebensdauer des Ätzmittels
- Reduziert Chemikalienverbrauch und Abfall
- Geringere Wartungs- und Betriebskosten
- Vereinfacht die Prozessintegration
Diese Methode unterstützt nachhaltige Betriebsabläufe und ist eine zuverlässige Lösung für viele industrielle Ätzumgebungen, bei denen Prozesseffizienz Vorrang vor Materialrückgewinnung hat.
