Displacement Vessel – 100 × 50mm (KS3+)

The Displacement Vessel 100 × 50mm is a sturdy and reliable piece of apparatus designed for use in KS3 and above science lessons. Commonly used in investigations involving density, volume, and specific gravity, this vessel provides a simple and effective way for students to explore key principles of measurement and displacement.

Manufactured from durable metal construction, the vessel is built to withstand regular classroom handling. It features a practical pouring spout, allowing displaced liquid to be collected accurately into a measuring cylinder or beaker. This helps students obtain clear and repeatable results during experiments that require precise volume measurement.

With compact dimensions of 100mm high × 50mm diameter, the displacement vessel is ideal for use with small solid objects and fits easily onto laboratory benches, making it well suited to individual or group practical activities.

Key Features

• Designed for displacement and specific gravity experiments
• Suitable for KS3, GCSE, and introductory physics lessons
• Durable metal construction for long‑term classroom use
• Integrated spout for accurate pouring of displaced liquid
• Compact size: 100 × 50mm
• Ideal for use with measuring cylinders and beakers
• Simple, robust design suitable for repeated use

Ideal for School Science Lessons

Perfect for KS3 and GCSE science, this displacement vessel supports hands‑on learning through practical investigation. It enables students to visualise and measure how objects placed in a liquid cause displacement, reinforcing core concepts in physics and general science.

• Measuring the volume of irregular solids
• Calculating density using mass and displaced volume
• Investigating specific gravity
• Supporting experiments on floating and sinking
• Developing accurate measurement and observation skills

Robust, easy to use, and highly effective for practical demonstrations, the 100 × 50mm Displacement Vessel is an essential tool for teaching measurement, density, and displacement concepts in the school science laboratory.