Laboratory beaker Dante Hama Laboratory Bottle — 20 mm width, 20 mm depth, 500 g, made in Denmark

Laboratory beaker Dante Hama Laboratory Bottle — 20 mm width, 20 mm depth, 500 g, made in Denmark is a small-volume glassware item designed for controlled laboratory tasks. The beaker is intended for sample handling, simple mixing and basic experiments where compact, clearly specified laboratory glassware is required. Its dimensions and mass make it suitable for tasks that need a lightweight, easy-to-manage vessel in educational and demonstration settings.

Advantages

The Dante Hama Laboratory Bottle combines compact dimensions with a clearly stated weight and origin, allowing users to select appropriate glassware for small-scale work. Made in Denmark, it provides consistent physical characteristics for repeatable handling. The small footprint supports limited-bench-space environments and straightforward sample manipulation without excess capacity.

Suitable for

• Educational laboratory exercises and classroom demonstrations
• Handling small liquid samples and solutions
• Simple mixing and preparative steps in light bench work
• Applications requiring clearly specified, compact glassware

Key specifications

• Width: 20 mm
• Depth: 20 mm
• Mass: 500 g
• Material: glass (laboratory-grade)
• Made in: Denmark

How to use

Use the beaker on a stable, level surface and handle it with appropriate laboratory PPE such as gloves and eye protection. Transfer liquids carefully to avoid spills and overfilling; the small dimensions mean limited volume capacity. Clean the glassware after each use following standard laboratory washing procedures and ensure it is dry before storage. For heating or chemical exposure, verify compatibility of the glass type with the intended reagents and processes.

Usage recommendations

For educational and demonstration use, pair this compact beaker with appropriate stands or secondary containment to prevent tipping. Keep to suitable chemical compatibilities and do not assume suitability for high-temperature heating without confirming the glass type.