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DUBAN DB20-CM212 Statistical Coating Thickness Gauge integrated probe 0~1250µm

SE
Standard test range: 0~1250µm/0~50mil (Miscellaneous Measurement range can be customized), resolution: 0.1 µm (below 100 µm); 1 µm (above 100 µm); 0.1mil, Measurement accuracy : +/- 1~ 3% n or +/- 2.5 µm or 0.1mil, thinnest substrate: 0.3mm/12mil, minimum convex diameter: 26mm/1.02inch, minimum concave radius: 50mm/1.97inch.
$571.00/set
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Duban DB20-CM212 Coating Thickness GaugeSPEC

Duban DB20-CM212 Coating Thickness GaugeDetails

Duban DB20-CM212 Coating Thickness GaugePacking list

SKU
NB047448
Standard test scope
0~1250µm/0~50mil (Miscellaneous Measurement range can be customized)
resolution
0.1 µm (below 100 µm); 1 µm (above 100 µm); 0.1 mil
Measurement Accuracy
+/- 1 to 3% n or +/- 2.5 µm or 0.1 mil
Thinnest substrate
0.3mm / 12mil
Minimum convex diameter
26mm / 1.02inch
Minimum concave radius
50mm / 1.97inch
Minimum measurement surface diameter
26mm / 1.02inch
Measurement mode
Single measurement and continuous measurement
operating conditions
Temperature: 0~50 ℃ (32~ 122 ° F); Humidity: < 80% RH
Power Supply
2X1.5vAAA 7 #battery
size
129x68x27mm
Weight
90G (without battery)
DB20-CM212
Coating Thickness Gauge
Standard test range: 0~1250µm/0~50mil (Miscellaneous Measurement range can be customized), resolution: 0.1 µm (below 100 µm); 1 µm (above 100 µm); 0.1mil, Measurement accuracy : +/- 1~ 3% n or +/- 2.5 µm or 0.1mil, thinnest substrate: 0.3mm/12mil, minimum convex diameter: 26mm/1.02inch, minimum concave radius: 50mm/1.97inch.
DUBAN DB20-CM212 Statistical Coating Thickness Gauge integrated probe 0~1250µm Picture

The DB20-CM212 is an all-in-one typeStatistical coating Thickness GaugeIt can store 99 sets of new measurement data values, which has the characteristics of small measurement error, high reliability, good stability and easy operation, and is an indispensable non-destructive testing instrument for controlling and ensuring product quality. It is a portable battery-powered measuring instrument using the principles of magnetic induction and eddy current. The measurement method conforms to the international standards ISO2178, ISO2360 and national standards GB4956, GB4957. It uses a number of advanced technologies such as computer technology and non-destructive testing technology to accurately measure its thickness without damaging the measured body.

F-type probe

The thickness of the non-magnetic overlay (e.g., paint, plastic, enamel, copper, aluminum, zinc, chromium, etc.) on the surface of magnetically permeable materials (e.g., iron, nickel) can be directly measured. It can be applied to the thickness of electroplating, paint layer, enamel layer, aluminum tile, copper tile, babbitt tile, phosphating layer, and paper

It can also be used for thickness measurement of hull paint and adhesions of underwater structural parts.

NF type probe

It can measure the thickness of the insulating covering layer on non-magnetic metal substrates, such as paint, plastic, rubber coatings on the surface of materials such as aluminum, copper, zinc, non-magnetic stainless steel, etc., and can also measure the anodizing thickness of aluminum or aluminum alloy materials.

Features

  • Spring-loaded guided-sleeve probes with wear-resistant hard metal probes can measure on hard or rough surfaces with constant compression force and stable sampling values.

  • Wide measuring range and high resolution.

  • Automatic memory of calibration values for ease of use.

  • Integrated structure, small size and light weight.

  • Digital backlit display with no parallax.

  • It can store 99 sets of data; By measuring the average, the most

  • The large and minimum values implement the statistical function of the instrument.

  • With optional USB software and cables, it can communicate with a PC computer to realize data acquisition, processing, analysis, and printing functions.

  • It is equipped with automatic shutdown to achieve power saving function.

FAQ
QI want to measure the thickness of paints on iron plate, which probe should I choose?
A F-probe is recommended. Because iron is a magnetically permeable material, F-probe is specially used for the measurement of non-magnetically permeable coatings on magnetically permeable substrates, such as paints, plastics, etc. Measurement accuracy is high and meets international standards.
QWhich probe should be used for the measurement of the thickness of the anodic oxidation layer on the surface of the aluminum alloy?
A Nf probes are recommended. Aluminum alloys are non-magnetically permeable metals. Nf probes are designed for insulating coatings on such substrates and can accurately measure the thickness of anodic oxidation layers, paints or plastic coatings.
Standard