The Sartorius Kit Density Determination is designed for precise density measurement of solid and liquid samples using buoyancy technique, displacement principle, or pycnometer method. This kit includes weighing pans and plummets that adapt easily to your application. Sample holders allow measurement in air or in a medium causing buoyancy. Its special design prevents air bubbles from adhering to the sample, ensuring accurate results. The specially shaped sieve lets you completely immerse samples to weigh substances with a density less than that of the buoyant liquid. Compatible with balances with different readability ranges by simply exchanging the pan adapter. Use with most Sartorius analytical balances.
Product Features
- Use with buoyancy technique, displacement principle, or pycnometer method for density determination
- Includes weighing pans and plummets for easy adaptation to various applications
- Sample holders enable measurement in air or buoyant mediums
- Special design prevents air bubbles from adhering to samples
- Shaped sieve allows complete immersion for low-density substances
- Compatible with balances with different readability ranges by exchanging pan adapter
- Works with most Sartorius analytical balances
What's Included
- Two beakers (76 mm and 55 mm)
- Bar frame
- Thermometer with retainer clip
- Glass plummet
- Sieve for immersing samples
- Sample holder
- Metal platform
- Gasket for ME models
- Three adapters
Benefits
- Accurate density determination of solids and liquids with multiple methods
- Flexible kit adapts to various balances and sample types
- Prevents errors caused by air bubbles and incomplete immersion
- Enables reliable and reproducible measurements in lab environments
- Includes all necessary accessories for quick setup and use
Why Choose the Sartorius Kit Density Determination?
This kit offers reliable and precise density measurement solutions compatible with most Sartorius analytical balances. Its adaptable design and comprehensive accessories simplify your density testing, ensuring consistent and accurate results in research and quality control applications.
