Premium Aluminium Calorimeter – 100 × 75mm Diameter

The Premium Aluminium Calorimeter (Inner Vessel) is a high‑quality laboratory component designed for accurate investigations into heat energy and temperature change. Manufactured from durable aluminium, this calorimeter provides good thermal conductivity while remaining lightweight and easy to handle, making it ideal for regular use in school laboratories.

With approximate dimensions of 100mm height × 75mm diameter, this larger‑capacity vessel is well suited to experiments requiring increased volumes of liquid. The calorimeter features parallel sides to support consistent measurements and a rolled rim to enhance strength and improve safety during use and handling.

Designed for compatibility with standard school calorimetry equipment, this premium aluminium vessel can be used alongside thermometers, stirrers, and insulating jackets to create a complete and reliable calorimetry setup.

Key Features

• Premium aluminium inner vessel
• Ideal for calorimetry and thermal energy experiments
• Approximate dimensions: 100mm × 75mm diameter
• Parallel sides for consistent and accurate measurements
• Rolled rim for increased durability and safer handling
• Lightweight yet robust construction
• Compatible with standard school calorimeter setups

Ideal for School Science Lessons

Ideal for KS3, GCSE, and A‑Level science lessons, this larger aluminium calorimeter supports practical investigations into energy transfer and heat capacity. It is particularly suitable for:

• Measuring temperature changes during heating and cooling experiments
• Investigating specific heat capacity of liquids and solids
• Comparing the thermal properties of different materials
• Exploring energy conservation in physics and chemistry
• Developing accurate practical and data‑analysis skills

Durable, lightweight, and purpose‑designed for education, this Premium Aluminium Calorimeter is an excellent teaching resource that helps students understand key thermal concepts through hands‑on experimentation.