In the metal industry, surface coatings have a great impact on the quality of the product. Thus, it is very important for the non-conductive coating industries to measure the coating thickness over a non-ferrous surface. To ease this process of testing, you can easily make use of the Presto coating thickness gauge. This testing instrument will provide you with the accurate testing results of coating thickness by thickness measurement tool. With the help of this digital gauge, the process has become much easier and does not require any special skills. A nonferrous thickness gauge is a perfect machine to measure the quality and life of the coating in a non-destructive manner. This model is primarily used to measure non-conductive coating like rubber, plastic, and paint over a non-ferrous surface like aluminum, copper, zinc, etc. It has an inbuilt feature to calibrate instruments. However, manual calibration can also be done. It has a bright LCD display for easy readability. It is one of the best mediums to measure the thickness of the coating of the surface. It is designed ergonomically with a compact and easy-to-use design. Its shape and design are well suited for on-site inspections. Non-Ferrous models non-destructively measure the thickness of non-conductive coating (Paint, enamel, rubber plastic, etc.) on non-magnetic metal (Aluminum, copper, zinc, Tin, etc.) substrates.
This paint thickness measuring device will be referred to as a paint meter which is used to measure dry film thickness. Dry film thickness is probably the most critical measurement in the coatings industry because of its impact on the coating process, quality and cost. Dry film thickness measuring instruments can be used to evaluate a coating’s expected life, the product’s appearance, and performance, and ensure compliance with a host of International Standards. The non-destructive coating thickness measurements can be taken on either magnetic steel surfaces or non-magnetic metal surfaces such as stainless steel or aluminum. Digital coating thickness gauges are ideal to measure coating thickness on metallic substrates. Electromagnetic induction is used for non-magnetic coatings on ferrous substrates such as steel, whilst the eddy current principle is used for non-conductive coatings on non-ferrous metal substrates.
This laboratory testing instrument has automatic substrate recognition and a wide measuring angle with high resolution. It has a digital display that gives you exact reading with no guessing or errors. With its wide measuring range and high resolution, you will be able to get accurate test results. This testing instrument comes with a compact suitcase that makes it easy for you to carry it anywhere for a quick thickness check. You can easily record the readings at high speed in digital format. The accuracy of this testing instrument will remain maintained at ±2.5 micrometer.
The main unit of this testing instrument contains various components like measuring probe, zero key, measuring unit key, LCD display, ON key, and Increment/decrement key. You can combine all these components while performing the test.
If you want to perform the test accurately with the help of Presto Coating Thickness Gauge non Ferrous then we suggest you go with the below-mentioned procedure. But before performing the test, you need to place the two batteries with the instrument at the backplate. The batteries are of 1.5 V, AAA/UM-4 type. If the instrument is not to be used for any extended period, remove batteries. Now, let us dig deep into the steps of using this coating thickness meter.
Press the power key to switch on the gauge and ‘0’ displays on the display. The gauge will restore the state of the last operation itself, with a symbol ‘NFe’ indicating on the display.
Place the probe onto the Zero plate provided with the Instrument. The reading on the display should be zero in the thickness of the coating layer. Note- If the reading on the display is not zero then calibrate the instrument or it can be corrected by pressing the Zero Key (at the time pressing zero, make sure the measuring probe is onto zero plates)
Once it is verified onto a zero plate then place the measuring probe on a sample whose coating needs to be measured.
If you suspect the accuracy of measurement, you should calibrate the gauge before taking the measurements.
The gauge will get switched off automatically after a few minutes.
Users can change the measurement unit ‘um’ or ‘mil’ by pressing the Microns/ MIL key once, the display will show measuring units.
In this way, you can easily conduct the coating thickness test with the help of this testing instrument. If you get any issues regarding the use of this testing instrument, then you can easily give us a call or email us. We will surely assist you with all your queries related to our testing instruments.
Features of Coating Thickness Gauge non Ferrous
This testing instrument by Presto has been equipped with several advanced features that makes it easy for you to conduct the test. Here we have listed some advanced features of using this amazing testing instrument.
Automatic substrate recognition.
Manual or automatic shut down.
Two measurement modes: Single and Continuous.
Wide measuring range and high resolution.
Digital display gives exact reading with no guessing or errors.
Two measuring units
Accurate testing results
Technical specifications
Supplied in an industrial Carrying Case
Flexible lead Measuring Probes set of 5 Calibration Foils and Zero Disks.
Option for single and Multiple point calibration.
Based on Eddy current measurement method
Thickness Range : 0-1250 micrometer
Accuracy: ±2.5 micrometer
How we can find pipe thickness calculation is importance
Producers of plastic channels must screen consistency of divider thickness around the edge in order to meet subtle subtleties. In case a pipe is too slight it may tumble being utilized, and in case it is too thick the creator may waste money on bounty gum. Ultrasonic gauging gives a fast and strong way to deal with measuring divider thickness with no prerequisite for ID to get to or for cutting the pipe. pipe thickness calculation can moreover be assessed after foundation at whatever point required.
PVC pipes can be found in various sizes such as tiny at ½” and huge at 12”. There are a lot of issues related to its outer diameter as what the business calls a 1″ pipe isn’t really 1″ in measurement. To answer, what is the outside distance across PVC pipes, it must be realized why the external measurement or OD (Outside Diameter) of PVC pipes are not equal. standard wall thickness can be done with an accurate non-destructive thickness estimation equipment like Wall Thickness Gauge (Magna-Mike 8600).
Conclusion
The coating thickness gauge stands as an indispensable tool in various industries, playing a pivotal role in ensuring the quality, durability, and performance of coated materials. With its ability to provide accurate and precise measurements of coating thickness, this instrument empowers professionals to make informed decisions, maintain compliance with standards, and enhance overall product integrity. As technology continues to advance, coating thickness gauges are likely to evolve further, offering even more sophisticated features and capabilities. Whether in automotive, aerospace, construction, or countless other fields, the coating thickness gauge remains an essential asset for achieving excellence in coating applications and upholding the highest standards of quality assurance.
