Gerber Milk Butyrometer 0–14%:0.2

Gerber Milk Butyrometer 0–14%:0.2 is a precision glass instrument used to measure fat content in milk and dairy products using the Gerber method. With a measurement range from 0 to 14% and graduation of 0.2%, it offers accurate and consistent results for dairy laboratories and quality control environments.

Key Features:

• Brand: Gerber
• Range: 0–14%
• Graduation: 0.2%
• Application: Determination of milk fat content using the Gerber method
• Material: High-quality laboratory glass

The Gerber butyrometer is a standard tool for milk fat analysis, trusted for its accuracy and reliability in dairy testing laboratories.

Frequently Asked Questions

1. What is the Gerber Milk Butyrometer 0–14%:0.2 used for?

it is a precision glass instrument used to measure fat content in milk and dairy products using the Gerber method. With a measurement range from 0 to 14% and graduation of 0.2%, it offers accurate and consistent results for dairy laboratories and quality control environments.

2. Is the Gerber Milk Butyrometer 0–14%:0.2 suitable for Determination of milk fat content using?

Yes. It is designed for Determination of milk fat content using, and offers a range of 0–14% and a graduation of 0.2% to support this kind of work.

3. What range and graduation does the Gerber Milk Butyrometer 0–14%:0.2 have?

It has a range of 0–14% and a graduation of 0.2%, and is supplied under manufacturer part number 3.

4. What is the Gerber Milk Butyrometer 0–14%:0.2 made from?

It is made from high-quality laboratory glass.

5. How does the Gerber Milk Butyrometer 0-14%,0.2 compare with the SI Analytics Titrator Module TL 7750 KF 05, Main Supply 100-240 V?

For labware accessories applications, the Gerber Milk Butyrometer 0-14%,0.2 is differentiated by range 0-14% and graduation 0.2%. The SI Analytics Titrator Module TL 7750 KF 05, Main Supply 100-240 V from SI Analytics is a broader alternative in the same application area rather than a direct equivalent. Compare the required specifications, compatibility and workflow requirements before selection.