Measuring principle
This instrument has a unique single external probe which uses the principle of electromagnetic induction to measure the thickness of non-magnetic coatings on magnetic substrates and eddy current principle to measure thickness of non-magnetic coatings on non-magnetic substrates.
Applications
The Instrument is designed for non-destructively measuring the thickness of coatings on ferrous and non-ferrous substrates. It can be used to measure thickness of paint, plating (nickel, copper, chromium, etc.), galvanizing layer, lacquer layer, porcelain enamel, phosphide layer, copper tile, anodizing layer, varnish, plastic coatings, powder, etc.
For coating thickness below 20um, it’s important to zero-calibrate the instrument with uncoated substrate of the sample, and not the provided zero-calibration blocks, for better accuracy.
Features
- Unique single probe for F and nF with automatic substrate recognition.
- Zero-point calibration and multi-point calibration.
- Two measure modes: single and continuous.
Technical Specifications
Model | Metrix+ Coat Measurer F+N |
International Standard | It meets the standards of both ISO 2178 and ISO 2361 as well as DIN, ASTM and BS. |
Measuring principle | Magnetic induction(F) & Eddy Current(nF) |
Display | 4 digits backlit LCD |
Measuring range | 0 – 1250um (0 – 50mils) |
Accuracy | ±1-3%n or +2.5um |
Resolution | 0.1um(0~99.9um); 1um(over 100um) |
Units | um /mils |
Minimum curvature radius |
F : 1.5mm(convex) ; 25mm(concave) NF : 3mm(convex) ; 50mm(concave) |
Minimum measuring area | Diameter 6mm |
Minimum thickness of substrate | 0.3mm |
Additional features | Low Battery Indicator, Auto power off |
Power supply | 4 x 1.5V AAA battery |
Operation environment | Temperature: 0 to 50℃ ; Humidity: < 95% |
Size & Weight | 145mm × 65mm × 25mm; 145g(not including batteries) |
Standard Accessories | Coating Thickness Gauge, F/nF probe, ‘0’ calibration block, standard foils, batteries, technical manual, hard carry case. |
Optional Accessories | PC interface(cable and software) |