GalvanoTest – ERICHSEN

Revolutionize Coating Thickness Measurement with GalvanoTest

Experience unparalleled precision in coating thickness measurement with the GalvanoTest, a coulometric or anodic de-plating system designed by ERICHSEN. Ideal for a wide range of electroplated coatings on substrates like steel, non-ferrous metals, and insulating materials, this system efficiently measures coatings such as nickel, zinc, tin, and silver on various bases. Its unique ability to precisely remove and analyze a minimal area of coating ensures that your substrate remains unaffected, delivering accurate and dependable results every time.

Innovative Measuring Principle

Utilizing Faraday’s law of electrolysis, the GalvanoTest dissolves a specifically delimited area of the coating to measure thickness down to the micron. A specialized measuring cell, filled with electrolyte tailored for the coating/base combination, guarantees precise and consistent layer analysis. This low-cost method is exceptional for evaluating individual layers in multi-layer systems, making GalvanoTest an industry standard for accuracy and efficiency.

Designed for User Convenience

GalvanoTest boasts a user-friendly design requiring minimal training to achieve expert results. Its compatibility with the MiniPrint data printer enables full documentation of measurements and statistical analysis, enhancing its utility for in-depth analysis. Choose between the versatile GalvanoTest 2000 or the advanced 3000 model with enhanced features for even greater efficiency and electrolyte saving in extensive de-plating processes.

Comprehensive Package

Each GalvanoTest unit comes with everything needed for immediate operation, including various electrolytes, measuring stands, and connecting cables, affirming its position as a turnkey solution for professional coating thickness measurement.

Technical Specifications

Technical data
  • DT /NDT: DT
  • Substrate: F / NE
  • Layer Thickness: up to 75 µm

FAQ - GalvanoTest – ERICHSEN

What is the GalvanoTest used for?

The GalvanoTest is a cutting-edge coating thickness measurement device designed for unparalleled precision. It's used for analyzing electroplated coatings on various substrates, including steel, non-ferrous metals, and insulating materials, measuring coatings like nickel, zinc, tin, and silver.

How does the GalvanoTest measure coating thickness?

Utilizing the principle of Faraday's law of electrolysis, the GalvanoTest dissolves a defined area of the coating to determine its thickness down to the micron level. This method ensures a highly accurate and reliable measurement while keeping the substrate intact.

Can the GalvanoTest measure multi-layer coatings?

Yes, the GalvanoTest is especially effective for evaluating individual layers within multi-layer systems. Its specialized measuring cell can precisely analyze each layer, making it an industry-leading tool for complex coating assessments.

Is the GalvanoTest user-friendly?

Absolutely. Designed for ease of use, the GalvanoTest requires minimal training for operators to perform expert-level measurements. Its compatibility with the MiniPrint data printer allows for comprehensive documentation and statistical analysis of measurements.

What models of the GalvanoTest are available?

ERICHSEN offers the GalvanoTest in two models: the versatile GalvanoTest 2000 and the advanced 3000 model. The latter features enhanced functionalities for greater efficiency and electrolyte conservation during extensive de-plating processes.

What is included in the GalvanoTest package?

Each GalvanoTest unit comes as a comprehensive package, equipped with all necessary accessories for immediate operation. This includes a variety of electrolytes, measuring stands, and connecting cables, providing a turnkey solution for professionals in coating thickness measurement.

What are the technical specifications of the GalvanoTest?

The GalvanoTest offers precise technical specifications suitable for a wide range of applications. Its key specs include:

  • DT /NDT: DT (Direct Testing/Non-Destructive Testing)
  • Substrate compatibility: F (Ferrous) / NE (Non-Electrical)
  • Maximum Layer Thickness: Up to 75 µm

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