MCP For Claude Marketplace
Passivation Potential Determination

Passivation Potential Determination MCP Connector for Claude

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Extracts critical electrochemical parameters from polarization curves of active-passive metals.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner
More Details Connect to Claude

This MCP server provides specialized tools for electrochemical analysis of active-passive metals. It allows AI agents to process polarization curve data to identify key corrosion resistance indicators. Using analyze_passivation_peaks, agents can find the primary passivation potential. The calculate_flade_potential tool identifies the transition from passive to active states, while evaluate_passive_stability measures current density within a specific range. Finally, detect_pitting_breakdown identifies the potential where protective films fail. This bridge enables precise electrochemical characterization within any MCP-compatible client like Cursor or Claude Desktop.

electrochemistrycorrosionpassivationmetallurgypolarization-curves

4 tools expose this connector's capabilities to your AI agent.

calculate_flade_potential

Determines the potential at which passivity is lost

evaluate_passive_stability

Measures the current density during the stable passive state

analyze_passivation_peaks

Identifies the primary passivation point from a set of potential and current data

detect_pitting_breakdown

Identifies the potential at which the passive film fails

See how to talk to your AI agent using Passivation Potential Determination.

Find the primary passivation potential for this dataset: [{"potential": 0.1, "currentDensity": 0.01}, {"potential": 0.2, "currentDensity": 0.05}, {"potential": 0.3, "currentDensity": 0.1}, {"potential": 0.4, "currentDensity": 0.02}]

The primary passivation potential is 0.3 V with a peak current density of 0.1 A/cm².

What is the passive current density in the range between 0.4V and 0.6V for this data?

The average passive current density in the specified range is 0.005 A/cm² with a stability index of 0.92.

Check for pitting breakdown in the passive window from 0.4 to 0.8V.

Pitting breakdown was detected at 0.75V with a breakdown severity of 4.5.

The tools require an array of data points, where each point contains a potential value and a corresponding current density value.

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