




LANDTEK CM8822 Coating Thickness Gauge is a dual-function coating Thickness Gauge, equipped with F probe and N probe, respectively measuring the non-magnetic coating on the magnetic conductive object and the non-conductive coating on the non-magnetic metal substrate. layer thickness. Different probes of CM8822 Coating Thickness Gauge measure different minimum surface sizes, and the minimum measured area is 6mm. The digital display coating Thickness Gauge can directly display the measured data on the display screen, the measurement range is 0~1000 microns, and the metric and imperial units can be freely converted .
| Specification model: | CM-8822 |
| Applications | Suitable for magnetic sensors to measure non-ferromagnetic coatings and coatings on ferromagnetic metal substrates such as steel and iron, such as: paint, powder, plastic, rubber, synthetic materials, phosphating layer, chromium, zinc, lead, aluminum, tin, Cadmium, porcelain, enamel, oxide layer, etc. Use eddy current sensors to measure enamel, rubber, paint, plastic layers, etc. on copper, aluminum, zinc, tin, etc. substrates. CM-8822 is widely used in manufacturing, metal processing, chemical industry, commodity inspection and other testing fields. |
1. CM8822 Coating Thickness Gauge has two optional measurement principles, which can be measured by magnetic induction method and eddy current method
2. There are two optional measurement modes, single measurement mode and continuous measurement mode
3. With metric and imperial unit conversion, automatic shutdown and underVoltage prompt function
4. CM8822 Coating Thickness Gauge can not only automatically memorize the calibration value, but also automatically identify the material of the measured substrate
5. There is a buzzer sounding prompt during the operation, but there is no sound during continuous measurement
6. The integral instrument has better stability, and the results are highly repeatable
7. The split-type coating Thickness Gauge provides a variety of probes, making the measurement more mobile








