Factory price coating thickness gauge for sale online. Paint thickness gauge with a built-in precision probe can work under the principle of electromagnetic induction and eddy current. It has a 0-1300μm measuring range, ±3%+2μm accuracy, and 0.1μm resolution. The paint thickness tester can be measured quickly and accurately without damage.
Paint thickness gauge is a highly accurate and compact test meter. Low price paint depth gauge has ±3% accuracy, 0.1μm resolution and a large 2.2-inch LCD screen. 0-1500μm coating thickness tester with Fe & NFe integrated probe can automatically measure iron-based surface coatings or aluminum and other non-magnetic substrates.
Get a precision coating thickness gauge from ATO.com to help measure coating or plating thickness on metals. The wholesale price paint thickness gauge has a resolution of 0.1μm and 20 sets of data storage. It can complete thickness measurements of 0-1700μm.
Competitive price paint depth gauge is designed for 0-1800μm thickness measurement. The paint thickness gauge has zero calibration, two-point calibration and basic calibration. Coating thickness gauge is highly accurate and compact tester, which comes with 0.05mm/2mil resolution car mode and 0.01mm/1mil resolution user modes.
The coating thickness gauge is a highly accurate and compact instrument for non-destructive, fast, high-accuracy coating thickness measurement. Paint thickness gauge with measurement ranges 0-1500μm, 0-2000μm, 0-3000μm, and 0-10000μm are available. High standard paint thickness tester supplies for car manufacturing, workshop and paint shop.
Coating thickness gauges mainly use the principle of magnetic induction or eddy current measurement to measure the thickness of non-magnetic coatings on magnetic materials, and are suitable for both routine operations and rigorous laboratory measurements.
Get a wholesale price precision paint thickness gauge from ATO.com to help measure the thickness of coatings or plating on metals. The paint depth gauge with 0~1300um, 0~1500um, 0~,0~1700um, 0~,0~1800um and 0~10000 measuring ranges are available online. Coating thickness testers are easy and fast to measure, with minor measurement errors and high reliability. ATO high standard paint thickness tester can guarantee the quality of products when coating, so they are widely used in machining and inspection industries.
5 Methods for Paint Thickness Gauges
The coating thickness gauge mainly uses the principle of magnetic induction or eddy current measurement to measure the thickness of non-magnetic coatings on magnetically conductive materials.
Magnetic thickness measurement method. The magnetic thickness measurement method is suitable for measuring the thickness of the non-magnetic coating on the magnetic conductive material, and the magnetic conductive material for it is steel, iron, silver, nickel and other metal materials.
Eddy current thickness measurement method. It uses the electromagnetic field generated on the probe coil to form an eddy current in the process of approaching the conductor, and the size of the formed eddy current will be directly reflected by the reflected impedance, which finally reflects the thickness of the non-conductive coating on the conductive substrate. Compared with the magnetic thickness measurement method, the accuracy of this method is slightly lower, and it is suitable for measuring the thickness of non-conductive coatings.
Ultrasonic thickness measurement. The cost is high and the measurement accuracy is not high. This measurement method can measure the thickness of multi-layer coatings that cannot be measured by magnetic measurement and eddy current measurement;
Electrolytic thickness measurement method. This method needs to destroy the coating for electrolytic measurement, the measurement process is complicated, and the measurement accuracy is not high, so it is not widely used.
Radiation thickness measurement method. This kind of measuring instrument is costly and only used on special occasions.
The Calibration Methods of Paint Depth Gauge
It is performed on the metal substrate (uncoated substrate) of the product.
Step 1: Select a zero-adjustment board, which is an uncoated metal substrate. (Because the surface roughness of the workpiece is different, after zero adjustments, the re-measurement may not be the absolute zero position, which is a normal phenomenon)
Step 2: On the side, sheet interface together, select calibration, then zero calibration, and then press the probe vertically and smoothly on the base, and the zero calibration will be performed automatically.
Step 3: Repeat the above steps 1 and 2 to obtain a more accurate zero point and improve the measurement accuracy.
It uses a standard sheet for calibration, suitable for high-precision measurement and small workpieces, hardened steel, and alloy steel.
First, calibrate the zero point.
Then make a measurement on a standard sheet whose thickness is roughly equal to the expected thickness of the cover layer to be measured, and then correct the reading to make it reach the standard value.
Finally, it is covered by multiple standard sheets to measure, and then the readings are corrected in turn to make them reach the standard value.
How To Choose a Coating Thickness Tester?
Understand that the data to be measured is the thickness of the coating on the workpiece
Determine the base material of the workpiece to be measured as metal
Determine what kind of metal the workpiece substrate is
Confirm the coating
Non-metallic coatings (such as paint, powder, rubber, plastic, etc.)
Non-magnetic metal coatings (such as aluminum, chrome, copper, enamel, rubber, paint, etc.)
Non-conductive coatings (such as enamel, rubber, paint, plastic, etc.)
Different thickness gauges have different functions, different measurement methods, and different costs. Please contact our professional technicians for consultation before selecting the model, and choose the most suitable thickness gauge according to your needs.