Metrix+ Coat Gauge FxL Digital Coating Thickness Meter 0-1500µm ±2.5% Accuracy Ferrous Substrates

The Metrix+ Coat Gauge FxL Digital Coating Thickness Meter is a precise tool designed for measuring coating thickness on ferrous substrates using a magnetic induction principle. It is ideal for non-destructive measurement of coatings like paint, galvanization, and lacquer. With a large backlit display and user-friendly interface, it ensures clear visibility of readings in various environments. The device supports multiple calibration options, including zero-point and multi-point calibration, ensuring accuracy across a wide measurement range.

Key Features

• Measuring Principle: Uses magnetic induction for accurate readings on ferrous materials.
• Measurement Range: 0 to 1500µm (0 to 59 mils), suitable for a variety of coating types.
• High Precision: ±(2.5% + 2µm) accuracy ensures reliable measurements.
• Backlit Display: Large, easy-to-read screen for use in different lighting conditions.
• Calibration Options: Zero-point and multi-point calibration for enhanced precision.
• Measurement Modes: Offers both single-point and continuous measurement modes.
• Compact Design: Lightweight and portable for field or laboratory use.

Specifications

• Resolution: 0.1µm (up to 99.9µm); 1µm (over 100µm).
• Power Supply: 4 x 1.5V AAA batteries.
• Operating Temperature: 0°C to 40°C.
• Dimensions: 155mm x 62mm x 35mm; Weight: 125g.

Box Including

• Metrix+ Coat Gauge FxL
• Calibration Blocks and Standard Foils
• User Manual
• Carrying Case

Applications

• Industrial Quality Control: Suitable for checking coating uniformity in manufacturing.
• Automotive Industry: Ideal for measuring paint thickness and corrosion protection layers.
• Field Inspections: Lightweight design allows for on-site measurements.
• Laboratory Use: Provides accurate and reliable results for research and analysis.

The Metrix+ Coat Gauge FxL is an essential tool for professionals who need precise, non-destructive coating measurements across a variety of surfaces. It is suitable for applications in quality control, maintenance, and material analysis