Emulsions and polymers
Our successful customers have the comprehensible, understandable and ingenious claim to use the optimum measuring system for every application that can be measured with Sequip systems. Thus, in comparison to multifunctional application solutions multifunctional application solutions, significant investments can be saved.
Based on the modular basic design of the sensor, the optics and mechanics of the sensors are adapted to the customer's application areas, as are the modular evaluation electronics.
Sequip systems
ECA – Emulsion Characteristic Analyzer
Characterization of emulsions,
Messung in einem Originalprodukt mit dem ECA-System
Emulsion Characteristic + Slurry Analyzer ECA
The principle
The ECA sensor systems are based on Time of Flight (TOF) technology and Optical Back Reflection Measurement (ORM). A high energy laser beam scans the dispersed particles and droplets and their structures. and records their geometric expansion as they pass through the laser beam in dynamic selective focus. The registered times in the microsecond range are displayed as a distribution in a statistic of all counted events. represented in a statistic of all counted events.
Application:
Observe with the ECA-Sensor:
Agglomerationen von Stoffsystemen,
Stabilität von Dispersphasensystemen,
Lösungsvorgänge von Substanzen.
Technical data
ECA Series 318
Application: Emulsion
Measuring range: < 2 ... 125 µm
Temperature: 10°... 85°C
Pressure: Vacuum up to 3 bar
Einsatz: Bechergläser ab 100 ml; Reaktoren; Rohrleitungen
Vorteile für den Anwender und Betreiber:
Keine aufwendige Probennahme
Zeitgewinn bei der Entwicklung neuer Produkte
Reale Ergebnisse durch Messung in Originalkonzentration
Sensor ist ausgeschaltet sterilisierbar
Kontinuierliche Messung über 24h / 365 Tage im Jahr
Vergleich der verschiedenen Methoden der Partikelgrößenbestimmung: herkömmliche Methode (off line) – In-situ Methode (off line) – In-situ Methode (in line) (Quelle Skin Care Forum 2004, Prof. R. Daniels
English 
German