Kern & Sohn Digital Coating Thickness Meter TG 1250-0.1FN – Max., 1250 µm / 0.1 µm; 1 µm Resolution

The Kern & Sohn Digital Coating Thickness Meter TG 1250-0.1FN is an advanced instrument for precise measurement of coating thickness with a maximum range of 1250 µm and a resolution of 0.1 µm. This meter is essential for quality control in industries such as automotive, manufacturing, and material science. It offers high accuracy and reliability for coating thickness testing, helping you maintain consistent quality standards in your products.

Key Features:

• Brand: Kern & Sohn
• Max. Measurement Range: 1250 µm
• Resolution: 0.1 µm (1 µm for certain materials)
• Application: Ideal for measuring coating thickness in various industries
• Display: Digital LCD display, backlit for easy readings
• Durability: Built to withstand demanding environments
• Measurement Types: For non-magnetic coatings on iron and steel, and coatings on non-magnetic metals
• Offset-Accur Function: Two-point calibration allows precise adjustment on local measurement ranges, increasing accuracy to approx. 1% of measured value
• Scan Mode: Continuous or single point measurement
• Mini Statistics Kit: Displays measured result, average, max, and min values
• Internal Memory: Stores up to 99 values
• Measuring Units: Selectable between µm and inch (mil)
• Data Interface: RS-232

Scope of Supply:

• Coating thickness gauge
• External sensor
• Base plate
• Calibration foils
• Carrying case

With the Kern & Sohn TG 1250-0.1FN, you can ensure high-precision measurements for coating thickness, making it a vital tool for industries that require exacting standards in coating processes.

Frequently Asked Questions

1. What is the Kern & Sohn Digital Coating Thickness Meter TG 1250-0.1FN – Max. 1250 µm / 0.1 µm; 1 µm Resolution used for?

It is an advanced instrument for precise measurement of coating thickness with a maximum range of 1250 µm and a resolution of 0.1 µm. This meter is essential for quality control in industries such as automotive, manufacturing, and material science. It offers high accuracy and reliability for coating thickness testing, helping you maintain consistent quality standards in your products.

2. Is the Kern & Sohn Digital Coating Thickness Meter TG 1250-0.1FN – Max. 1250 µm / 0.1 µm; 1 µm Resolution suitable for measuring coating thickness in various industries?

Yes. It is designed for measuring coating thickness in various industries, and offers a max. measurement range of 1250 µm and a resolution of 0.1 µm (1 µm for certain materials) to support this kind of work.

3. What max. measurement range and resolution does the Kern & Sohn Digital Coating Thickness Meter TG 1250-0.1FN – Max. 1250 µm / 0.1 µm; 1 µm Resolution have?

It has a max. measurement range of 1250 µm and a resolution of 0.1 µm (1 µm for certain materials), and is supplied under manufacturer part number TG 1250-0.

4. What display and durability does the Kern & Sohn Digital Coating Thickness Meter TG 1250-0.1FN – Max. 1250 µm / 0.1 µm; 1 µm Resolution offer?

It offers digital LCD display, backlit for easy readings, built to withstand demanding environments, for non-magnetic coatings on iron and steel, and coatings on non-magnetic metals and two-point calibration allows precise adjustment on local measurement ranges, increasing accuracy to approx. 1% of measured value.

5. How does the Kern & Sohn Digital Coating Thickness Meter TG 1250-0.1FN - Max. 1250 µm / 0.1 µm, 1 µm Resolution compare with the Bellingham + Stanley Digital Refractometer RFM340-M Resolution 0.01 Brix?

For measurement analysis applications, the Kern & Sohn Digital Coating Thickness Meter TG 1250-0.1FN - Max. 1250 µm / 0.1 µm, 1 µm Resolution is differentiated by max. measurement range 1250 µm and resolution 0.1 µm (1 µm for certain materials). The Bellingham + Stanley Digital Refractometer RFM340-M Resolution 0.01 Brix from Bellingham + Stanley is a broader alternative in the same application area rather than a direct equivalent. Compare the required specifications, compatibility and workflow requirements before selection.