OrigaCell - Corrosion Cell (Flow Cell)

The OrigaCell Corrosion Cell (Flow Cell) is a specialized electrochemical cell designed for controlled, continuous‑flow corrosion experiments. Ideal for researchers studying material degradation, inhibitor performance, or electrochemical kinetics under dynamic conditions, this flow‑through design ensures consistent electrolyte renewal and stable measurement environments.

Engineered for compatibility with OrigaLys electrochemical systems, this cell provides a reliable platform for both academic and industrial corrosion research.

Key Features

• Flow‑Through Design Enables continuous electrolyte circulation for studying corrosion under realistic, dynamic conditions.
• Optimized for Corrosion Testing Suitable for evaluating corrosion rates, inhibitor efficiency, and material behavior in flowing media.
• High‑Quality Laboratory Construction Built from chemically resistant materials to withstand aggressive electrolytes commonly used in corrosion studies.
• Compatible With OrigaLys Instrumentation Integrates seamlessly into existing OrigaLys setups for streamlined workflows.
• Stable, Easy‑to‑Use Configuration Designed for repeatable measurements and straightforward electrode mounting.
  

Ideal Applications

• Corrosion rate measurements
• Inhibitor evaluation
• Material durability testing
• Electrochemical flow studies
• Industrial corrosion simulation
• Academic research in electrochemistry and materials science
  

Specifications

Why Choose This Flow Cell?

This OrigaCell model is ideal for researchers who need dynamic, real‑world corrosion simulation rather than static immersion tests. The flow‑through design improves reproducibility, supports long‑duration experiments, and enables more accurate assessment of corrosion mechanisms.