Coating Thickness Gauge

V probe is suitable for cylindrical measurement, range 1500 μm, magnetic induction principle, split probe, measurement accuracy ± 2%, super wear-resistant carbide probe, measurement speed up to 0.3 seconds/time.

Range 1500 μm, magnetic induction principle, split probe, measurement accuracy ± 2%, super wear-resistant cemented carbide probe, measurement speed up to 0.3 seconds/time.

Magnetic induction principle, super wear-resistant cemented carbide probe, measuring thickness up to 3000μm, measurement accuracy ± 2% + 1μm, reaction speed up to 0.3 seconds/time, with temperature compensation.

Magnetic induction thickness measurement principle, super wear-resistant cemented carbide probe, thickness measurement up to 1500μm, measurement accuracy ± 2% + 1μm, reaction speed up to 0.3 seconds/time, with temperature compensation, can measure 1-5μm ultra-thin coating.

0~5000μm, Measurement accuracy +/- 3% H + 1.5μm, can detect the nonmagnetic Coating thickness on all magnetic substrates, such as lacquers on steel and iron, fire-proof coatings, anti-corrosion coatings, powder coatings, plastics, porcelain, chromium, copper, zinc, etc.

Magnetic Induction, Measurement range 0~1500μm, Measurement accuracy +/- 2% H + 1μm, wear-resistant cemented carbide probe spring guide sleeve probe, light touch Measurement accuracy is good.

Measurement range 0~10mm, Measurement accuracy +/- 3% H + 1.5μm, can detect the nonmagnetic Coating thickness on all magnetic substrates, such as paint on steel, iron, powder coatings, plastics, porcelain, fire-proof coatings, anti-corrosion layer, enamel, scales, 3PE, etc.

Measurement accuracy +/- 2 %~ +/- 3%, LCD lattice LCD screen, magnetic Induction principle, spring guide sleeve probe with wear-resistant cemented carbide probe.