Premium Copper Calorimeter – 100 × 75mm Diameter

The Premium Copper Calorimeter (Inner Vessel) is a robust and efficient laboratory component designed for accurate investigations into heat transfer and energy changes. Manufactured from high‑quality copper, this calorimeter provides excellent thermal conductivity, helping to ensure rapid and even heat distribution during experiments.

With approximate dimensions of 100mm height × 75mm diameter, this larger‑capacity inner vessel is ideal for experiments requiring increased volumes of liquid. The calorimeter features parallel sides for consistent measurements and a rolled rim, which enhances durability while improving safety and ease of handling in busy school laboratories.

Designed to be used as part of a standard calorimetry setup, this premium copper vessel works seamlessly with thermometers, stirrers, and insulating jackets, making it a dependable choice for repeated educational use.

Key Features

• Premium copper inner vessel for excellent heat conduction
• Ideal for calorimetry and energy transfer experiments
• Approximate dimensions: 100mm × 75mm diameter
• Parallel sides for consistent and reliable measurements
• Rolled rim for added strength and safer handling
• Durable construction suitable for frequent classroom use
• Compatible with standard school calorimeter assemblies

Ideal for School Science Lessons

Ideal for KS3, GCSE, and A‑Level science lessons, this larger premium copper calorimeter supports practical investigations into thermal energy and heat capacity. It is particularly useful for:

• Investigating specific heat capacity of liquids and solids
• Measuring temperature changes during heating and cooling
• Exploring exothermic and endothermic reactions
• Demonstrating energy conservation concepts in physics and chemistry
• Developing students’ confidence in accurate measurement and data analysis

Strong, efficient, and designed for educational use, this Premium Copper Calorimeter is an essential resource for teaching core principles of thermal physics and chemistry through hands‑on experimentation.