Compatible substrates
Concrete / cement mortar

Coating Thickness Gauges
DR200A
Ultrasonic coating measurement for concrete and cement-based surfaces where magnetic methods are not suitable.
Request technical guidanceCapabilities / DR200A
Four confirmed points: material, measurement, readout and power. Full values are in the specification table below.
Concrete / cement mortar
ultrasonic (surface coating on a non-metallic substrate) · 40-1200μm(approx. 1.6-47mil) · ±(3%+3μm)
1μm / 0.001mm / 0.01mil · 2.3-inch color display
dry-cell version(three AAA alkaline batteries, 4.5VDC) · 130×70×25mm / 125g(excluding battery、excluding probe)
In practice
Read coating thickness on concrete and cement-mortar surfaces where magnetic gauges do not apply. Up to three layers can be separated on suitable systems, and 2000 readings stay on the instrument.

01
Ultrasonic pulse reflection
Coatings on concrete and cement-mortar surfaces are read with a 15 MHz single-crystal probe, where magnetic gauges do not apply.
Coating thickness only — not concrete wall or slab thickness.
02
15P6 probe · 1000–3200 m/s
Up to three acoustically distinguishable layers can be separated on suitable coating systems; sound velocity is editable for the material.
A suitable couplant is required; interface clarity depends on the coating system.
03
3 × AAA, not included
2000
readings · 10 groups
Readings are stored, reviewed and deleted on the instrument, organised in ten groups of 200.
Readings stay on the device; PC export and a traceable calibration certificate are not confirmed for this kit.
Where it stopsCoating thickness on concrete and mortar only. Not for asphalt or bituminous surfaces, and not for concrete wall or slab thickness. A suitable couplant is required.
Model / DR200A
Values come from one shared product record; confirm suitability for your measurement task.
Measuring range
Confirm your material, measuring method and application before selecting an instrument.
DR200A
Tell us your material, expected range and site conditions. We can help check the instrument and probe fit.