H. & K. Starke Overflow Measuring Flask, 157ml

The H. & K. Starke Overflow Measuring Flask, 157ml is designed for precise volumetric measurements in laboratory settings. Crafted from high-quality borosilicate glass, it ensures excellent chemical resistance and thermal stability for reliable, repeatable results.

Key Features:

• Brand: H. & K. Starke
• Capacity: 157 ml
• Material: Borosilicate glass for durability and chemical resistance
• Design: Overflow type for accurate volume measurement
• Application: Ideal for precise volumetric analysis in labs

This flask is essential for laboratories that demand accuracy and durability in liquid volume measurements.

Frequently Asked Questions

1. What is the H. & K. Starke Overflow Measuring Flask 157ml used for?

It is designed for precise volumetric measurements in laboratory settings. Crafted from high-quality borosilicate glass, it ensures excellent chemical resistance and thermal stability for reliable, repeatable results.

2. Is the H. & K. Starke Overflow Measuring Flask 157ml suitable for precise volumetric analysis in labs?

Yes. It is designed for precise volumetric analysis in labs, and offers a capacity of 157 ml to support this kind of work.

3. What capacity does the H. & K. Starke Overflow Measuring Flask 157ml have?

It has a capacity of 157 ml, and is supplied under manufacturer part number 605 0157.

4. What is the H. & K. Starke Overflow Measuring Flask 157ml made from and what features does it include?

It is made from borosilicate glass for durability and chemical resistance. It also offers overflow type for accurate volume measurement.

5. How does the H. & K. Starke Overflow Measuring Flask 157ml compare with the Hirschmann Measuring Flask 250 ml, Cl.A, Brown, DURAN NS 14/23, PP-Stopper, White Graduated, USP from Hirschmann?

For precise volumetric analysis in labs, the H. & K. Starke model is the better choice, offering a capacity of 157 ml. The Hirschmann model offers a volume of 250 ml as an alternative, while the H. & K. Starke model's overflow type for accurate volume measurement help make it a strong fit for precise volumetric analysis in labs.