Coating Thickness Gauge GT10
For both coatings on metallic and non-metallic objects, use the ADL-GT10 Coating Thickness Gauge. You can use this tool to gauge the thickness of different coatings, including varnishes, paints, and others.
Key advantages of ADL-GT10 Coating Thickness Gauge
- For determining the thickness of various coatings on diverse surfaces, excellent functionality and adaptability.
- Simple to use and instruct new users.
- Transducers are individually calibrated to ensure measurement accuracy.
- The tool can be utilized in both production and lab settings.
- The smartphone is shielded from harm by its wear-resistant glass and ergonomic shockproof housing.
- Numerous uses for gauging the thickness of different metal surface coatings, such as painted, dielectric, electrically conductive, and galvanized ones.
- obtaining main data for precise measurements by combining pulsed induction, eddy current parametric, and phase digital techniques.
- operating algorithms and wear-resistant transducers that take into account wear’s effect on measuring error.
- An easy-to-use interface makes measurement and result processing simple.
- Averaging allows for measurement and tolerance management.
- The readings show no variations in temperature or time.
- Rz=400 micron roughness allows for detailed coating control.
- Detection of the connected sensor automatically.
Coating Thickness Gauge GT10
For both coatings on metallic and non-metallic objects, use the ADL-GT10 Coating Thickness Gauge. You can use this tool to gauge the thickness of different coatings, including varnishes, paints, and others.
Key advantages of ADL-GT10 Coating Thickness Gauge
- For determining the thickness of various coatings on diverse surfaces, excellent functionality and adaptability.
- Simple to use and instruct new users.
- Transducers are individually calibrated to ensure measurement accuracy.
- The tool can be utilized in both production and lab settings.
- The smartphone is shielded from harm by its wear-resistant glass and ergonomic shockproof housing.
- Numerous uses for gauging the thickness of different metal surface coatings, such as painted, dielectric, electrically conductive, and galvanized ones.
- obtaining main data for precise measurements by combining pulsed induction, eddy current parametric, and phase digital techniques.
- operating algorithms and wear-resistant transducers that take into account wear’s effect on measuring error.
- An easy-to-use interface makes measurement and result processing simple.
- Averaging allows for measurement and tolerance management.
- The readings show no variations in temperature or time.
- Rz=400 micron roughness allows for detailed coating control.
- Detection of the connected sensor automatically.
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