KETT Electric Laboratory, one of Japan’s leading manufacturers of measuring instruments,
has during its more than 60 years of operations developed a large number of unique,
technically advanced and high-performance products for Coating Thickness Tester.
Kett’s Thickness testers are the finest nondestructive testers of their kind,developed as
the result of years of experience in the technology of electronic thickness testers.They are
capable of accurately measuring the thickness of coatings on nonferrous and on ferrous
substrates which cannot be done by conventional thickness testers. Direct readings are
displayed in digital format on these extremely easy-to-use, portable instruments.
Handheld Coating Thickness Measuring Instrument
- Electromagnetic Coating Thickness Tester - Model LE-370 & LE-200J
The LE-370 is a coating thickness tester capable of measuring the thickness of films such as electroplate and paints coated onto ferrous metal substrates. It can transfer data to printers or PC’s and is also capable of simple statistical analysis, such as recording the number of measurement, average value, maximum and minimum values and standard deviation.
- Eddy-Current Coating Thickness Tester - Model LH-370 & LH-200J
The LH-370 is a coating thickness tester capable of measuring the thickness of insulating coatings on non-ferrous metal substrates. It can transfer data to printers or PC’s and is also capable of simple statistical analysis, such as recording the number of measurement, average value, maximum and minimum values and standard deviation.
- Type Coating Thickness Tester - Model LZ-990, LZ-370, LZ-200J and LZ-200W (Wireless)
The LZ-370 is a thickness tester capable of measuring the thickness of coated films on ferrous and non-ferrous metal substrates. Designed for workplaces handling a variety of substrates and a variety of coatings,It can transfer data to printers or PC’s and is also capable of simple statistical analysis, such as recording the number of measurement, average value, maximum and minimum values and standard deviation.
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