Kern & Sohn M1, 10g, Stainless Steel Weight

The Kern & Sohn M1, 10g, Stainless Steel Weight is a precision calibration weight designed for laboratory and industrial applications. Manufactured from finely turned stainless steel, this weight conforms to OIML Class M1 standards, ensuring accuracy and reliability in calibration tasks.

Key Features:

• Brand: Kern & Sohn
• Material: Finely turned stainless steel
• OIML Class: M1
• Nominal Value: 10 g
• Tolerance: ±2.0 mg
• Shape: Knob
• Packaging: Sold individually

This weight is ideal for calibrating precision balances and scales, ensuring consistent and accurate measurements in various settings.

Frequently Asked Questions

1. What is the Kern & Sohn M1, 10g, Stainless Steel Weight used for?

It is a precision calibration weight designed for laboratory and industrial applications. Manufactured from finely turned stainless steel, this weight conforms to OIML Class M1 standards, ensuring accuracy and reliability in calibration tasks.

2. Is the Kern & Sohn M1, 10g, Stainless Steel Weight suitable for laboratory and industrial applications?

Yes. It is designed for laboratory and industrial applications, and offers a nominal value of 10 g and a tolerance of ±2.0 mg to support this kind of work.

3. What nominal value and tolerance does the Kern & Sohn M1, 10g, Stainless Steel Weight have?

It has a nominal value of 10 g and a tolerance of ±2.0 mg, and is supplied under manufacturer part number 347-04.

4. What is the Kern & Sohn M1, 10g, Stainless Steel Weight made from and what features does it include?

It is made from finely turned stainless steel. It also offers M1 and knob.

5. How does the Kern & Sohn M1, 10g, Stainless Steel Weight compare with the Carl Friedrich Usbeck Heavy Foot (+200 g) Screwable from Carl Friedrich Usbeck?

For applications where material of Finely turned stainless steel is required, the Kern & Sohn M1, 10g, Stainless Steel Weight is a strong choice. The Carl Friedrich Usbeck Heavy Foot (+200 g) Screwable offers material of Powder-coated steel, making it a suitable alternative when that specification better matches the application.