Lenz Laborglas Pycnometer, 100 mL According to Gay-Lussac Unadjusted, Boro 3.3

The Lenz Laborglas pycnometer is designed for density determination of liquids. It provides a practical way to complete this task in laboratory, production or quality-control workflows. Its purpose-focused design helps users choose an appropriate product for their method and working environment.

Key Features:

• Brand: Lenz Laborglas
• Product Type: Pycnometer
• Application: Density determination of liquids
• Capacity: 100 mL
• Material: Borosilicate Glass
• Configuration: Stopper NS 10/19 with capillary
• Form: The top end of the stopper is ground and polished
• Handling: The nominal capacity is printed on the bottom

Lenz Laborglas Pycnometer 100 mL According to Gay-Lussac Unadjusted, Boro 3.3 is a practical choice when pycnometer performance must match a clearly defined application. Its stated capacity, material and configuration identify the important selection criteria. Together, these details support consistent handling and dependable use within the stated operating requirements.

Frequently Asked Questions

1. What is the Lenz Laborglas Pycnometer 100 mL According to Gay-Lussac Unadjusted, Boro 3.3 used for?

Lenz Laborglas Pycnometer 100 mL According to Gay-Lussac Unadjusted, Boro 3.3 is a pycnometer used for density determination of liquids. It provides the specified product configuration for the stated laboratory, production or equipment-support task. The selected variant should be checked against the intended method or system before use.

2. Is this product suitable for density determination of liquids?

Yes. It is designed for density determination of liquids and supports the intended laboratory workflow. Users should confirm that the chosen configuration matches their method, equipment and working conditions before use.

3. What capacity does it provide, and what material is it made from?

It provides a capacity of 100 mL. It is made from Borosilicate Glass. These details help users confirm that the selected product matches the intended method and equipment setup.

4. How is this product configured, and what handling features does it provide?

Its configuration is stopper NS 10/19 with capillary. Its handling arrangement is the nominal capacity is printed on the bottom. These details help users confirm that the selected product matches the intended method and equipment setup.