Eisco - 4" Aluminum Overflow Can with Angled Spout for Accurate Fluid Displacement and Volume Measurements in Density and Archimedes' Principle Experiments

Eisco Aluminum Overflow Can accurately determines the volume of irregular objects through fluid displacement. Measuring 4" tall by 2" in diameter, this overflow can is perfectly sized for laboratory or classroom experiments. Constructed from durable, corrosion-resistant aluminum, it provides reliable performance for repeated usage. The straight spout, positioned at a 90-degree angle from the cylinder, allows easy and precise water collection. This tool is excellent for studying concepts such as volume, density, buoyancy, and Archimedes' Principle in physics and general science education.

• ACCURATE VOLUME MEASUREMENT USING FLUID DISPLACEMENT || Easily measure irregular object volumes by capturing displaced water precisely.
• IDEAL SIZE FOR CLASSROOM EXPERIMENTS || Compact dimensions (4" tall x 2" diameter) perfect for student handling and accurate results.
• STRAIGHT SPOUT FOR EASY WATER COLLECTION || 90-degree spout efficiently directs water flow, ensuring controlled and precise measurements.
• DURABLE AND CORROSION-RESISTANT ALUMINUM || Built from sturdy aluminum to withstand repeated laboratory use without corrosion.
• VERSATILE USE IN SCIENCE EXPERIMENTS || Ideal for exploring density, buoyancy, and Archimedes’ Principle in educational settings.