The LS223 coating Thickness Gauge can be used not only for coating ferromagnetic metal substrates such as steelMeasurement of non-magnetic coatings such as materials, varnishes, enamels, chromium, galvanization, etc., can also be used for copper, aluminum, and pressingNon-conductive coatings, anodized layers, ceramics and other non-magnetic metal substrates such as cast zinc and brassMeasurement of electric coatings. The instrument automatically recognizes the type of measurement substrate and automatically switches the measurement mode.
It is widely used in manufacturing, metal processing industry, chemical industry, commodity inspection and other fields.
GB/T4956-2003 Thickness measurement of non-magnetic overlay on magnetic substrate - magnetic method
GB/T4957-2003 Thickness measurement of non-conductive overlay on metal of non-magnetic matrix-
Eddy current method
DIN ENISO2808 Determination of paint film thickness for coatings and varnishes
JJG-818-2005 V. R. of Magnetic and Eddy-current Coverage Thickness Measuring Instrument
1. No need to calibrate, just zero adjustment.
2. Separate buttons, the operation is very simple.
3. The measurement is fast, and a measurement can be completed in 0.5 seconds.
4. Ultra-large range test, the thickest can be measured up to 5mm.
5. The wear resistance of the ruby probe ensures the long-term and effective use of the instrument.
6. Iron and aluminum dual-purpose probe, automatic identification of the measurement substrate, can be quickly and automatically converted.
7. "Fe", "NFe", "Fe/NFe" three measurement modes can be set.
8. It can measure the thickness of the non-magnetic overlay on magnetic metal substrates such as steel, and the thickness of non-conductive overlays on non-magnetic metal substrates such as copper and aluminum.
9. Using professional digital probe technology, digital signal processing is completed directly on the probe, the probe is not easy to be disturbed and provides excellent test accuracy. Even temperature changes do not affect the measurement, and the readings remain stable to ensure very good repeatability throughout the measurement.