Magnetic Coating Thickness Gauge – MikroTest
About Magnetic Coating Thickness Gauge – MikroTest
The robust MikroTest coating thickness gauge, also known as a “banana gauge” is a cost effective magnetic, mechanical gauge for measuring the dry film thickness of non-magnetic coatings on steel substrates using the magnetic attraction principle. Widely used for over 40 years the instrument is suitable for measurement on flat and curved surfaces and complies with the highest technical standards including ISO 2178, ISO 2361, DIN 50982, BS 5411. This instrument is perfectly suited for electroplated nickel on copper, aluminium and other non-ferrous metals and can be used in environments where static electricity is an issue.
The instrument is ideal for quick, precise and non-destructive measurements of electroplating, nickel coatings, phosphating, paint, plastic, and enamel on steel.
The measuring principle is simple. The attractive force is related to the distance between a permanent magnet and a steel substrate. The distance represents the thickness of the coating to be measured. The magnet is lifted from the surface by means of a spring connected to the magnet arm. The force needed to lift the magnet is directly related to the angle of rotation of the torsion spring.
Features & Benefits
- Highest accuracy with simplest operation
- No calibration necessary
- Simple set-up and measurement
- No power or batteries required
- One point measurement
- Robust metal case to protect from mechanical shocks
- Precision measuring system resistant to solvents
Applications
Quick, precise and non-destructive measurements of:
- Electroplating
- Nickel coatings
- Phosphating
- Paint
- Plastic
- Enamel etc. on steel
Specifications
Property | Value |
---|---|
Range | 6 S3: 0.2 mm – 3 mm 6 S5: 0.5 mm – 5 mm 6 S10: 2.5 mm – 10 mm 6 NiFe50: 0 µm – 50 µm |
Application | 6 S3; 6 S5; 6 S10 Enamel, plastic, rubber on steel* 6 NiFe50 Electroplated nickel on steel* *Steel: ST 33 to ST 60 |
Tolerance | 6 S3: ± 5 % – of reading 6 S5: ± 5 % – of reading 6 S5: ± 5 % – of reading 6 NiFe50: ± 2 µm, + 8 % – of reading |
Minimum surface | 6 S3: Ø 30 mm 6 S5: Ø 50 mm 6 S10: Ø 50 mm 6 NiFe50: Ø 20 mm |
Minimum curvature radius | 6 S3: 15 mm – convex, 25 mm – concave 6 S5: 15 mm – convex, 25 mm – concave 6 S10: 15 mm – convex, 25 mm – concave 6 NiFe50: 10 mm – convex, 25 mm – concave |
Minimum base thickness | 6 S3: 1.0 mm 6 S5: 1.0 mm 6 S10: 2.0 mm 6 NiFe50: 0.5 mm |
Ambient temperature | -20 °C – 100 °C |
Dimensions and weight | Gauge 215 mm x 55 mm x 29 mm Plastic carrying case 235 mm x 185 mm x 46 mm Weight: Case incl. gauge approx. 560 g |
Ordering Information
Part Number | Description |
---|---|
80-639-0001 | MikroTest G5 Manual 0 to 100µm |
80-638-0001 | MikroTest F5 Manual 0 to 1000µm |
80-641-0001 | MikroTest G6 Automatic 0 to 100µm |
80-640-0001 | MikroTest F6 Automatic 0 to 1000µm |
80-642-0001 | MikroTest S3 6 Automatic 0.2 to 3µm |
80-643-0001 | MikroTest S5 6 Automatic 0.5 to 5µm |
80-644-0001 | MikroTest S10 6 Automatic 2.5 to 10µm |
80-645-0001 | MikroTest S20 6 Automatic 7.5 to 20µm |
80-646-0001 | MikroTest Ni 50 6 Automatic 0 to 50µm |
80-647-0001 | MikroTest Ni 100 6 Automatic 0 to 100µm |
80-648-0001 | MikroTest Ni Fe 50 6 Automatic 0 to 50µm |
The MikroTest gauge with hand strap is supplied with a soft pouch and operating instructions.
01543411460 | [email protected] |
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- Last updated: June 2024
- Version: 1.0
Statements, technical information and recommendations contained herein are based on tests we believe to be reliable but they are not to be construed in any manner as warrantees expressed or implied. The user shall determine the suitability of the product for his intended use and the user assumes all risk and liability whatsoever in connection therewith.