Copper Heat Capacity Calorimeter

Product Code : SCL-H-11240

The Copper Heat Capacity Calorimeter is a thermal physics apparatus used for studying heat exchange and determining the specific heat capacity of suitable substances. It is intended for school, college and university laboratories where students perform controlled mixing, heating and temperature-measurement experiments.

Product Description

The apparatus uses a copper vessel as the main calorimeter container. Copper responds quickly to temperature changes, allowing the vessel and its contents to approach thermal equilibrium during supervised calorimetry experiments. The vessel capacity, copper grade, wall thickness and surface finish must be confirmed for the selected model.

Depending on the approved configuration, the calorimeter may be supplied with an insulating outer vessel, lid, stirrer and thermometer opening. These components are not assumed unless listed in the final packing specification. The product complements other heat laboratory equipment used to teach conduction, heat capacity and thermal energy transfer.

Key Features

• Copper calorimeter vessel: Provides a responsive container for heat-transfer experiments.
• Specific-heat applications: Supports experiments involving liquids and suitable heated solid samples.
• Thermal equilibrium observation: Allows temperature changes to be recorded before and after mixing.
• Reusable laboratory apparatus: Suitable for repeated supervised physics practicals.
• Controlled stirring provision: Stirrer inclusion and material are available according to the confirmed model.
• Reduced heat-loss option: An insulating jacket or outer vessel may be specified where required.
• Procurement-ready specification: Capacity, dimensions and accessories can be approved before bulk supply.

Technical Specifications

What’s Included in the Kit

• One copper calorimeter vessel
• Calorimeter lid
• Stirring rod or stirrer
• Insulating outer container
• Thermometer 
• Experiment instructions

Applications / Uses

• Determining the specific heat capacity of a solid by the method of mixtures
• Studying heat exchange between hot and cold substances
• Estimating the water equivalent of a calorimeter
• Demonstrating thermal equilibrium and conservation of energy
• Supporting comparative work with Searle’s Thermal Conductivity Apparatus
• Extending thermal studies with the Callendar and Barnes Apparatus

How to Use the Copper Heat Capacity Calorimeter

1. Ensure the calorimeter is clean, dry and at room temperature.
2. Measure the calorimeter mass when required by the experiment.
3. Add the specified quantity of water and record its initial temperature.
4. Heat the test sample using the approved laboratory procedure.
5. Transfer the sample carefully into the calorimeter and replace the lid.
6. Stir gently without striking the vessel or thermometer.
7. Record the stable final temperature and complete the required calculation.

Safety note: Wear suitable eye and hand protection when handling hot water, heated samples and glass thermometers. Never heat a closed calorimeter directly.

Care & Maintenance

• Wash with a mild laboratory detergent and dry immediately after use.
• Avoid abrasive cleaners that can damage or remove copper material.
• Protect the vessel from dents, deformation and chemical corrosion.
• Store the calorimeter and accessories together in a dry cabinet.

Why Choose Lab Equipments Ambala

Lab Equipments Ambala states that it has manufactured and exported scientific and educational equipment from Ambala since 1982. Its product range supports schools, colleges, universities and technical institutions. The company supplies thermal physics, measurement and classroom demonstration apparatus for institutional laboratory setups. Buyers should approve the final capacity, construction, accessories and inspection requirements before ordering.

Frequently Asked Questions

What is a Copper Heat Capacity Calorimeter used for?

It is used to study heat exchange and determine the specific heat capacity of suitable solids or liquids through calorimetry experiments.

Why is the calorimeter made from copper?

Copper responds readily to temperature changes and is commonly used for laboratory calorimeter vessels. The vessel’s own heat capacity must still be included where required.

Does the calorimeter include a lid and stirrer?

The supplied configuration is not verified. Confirm the lid, stirrer, thermometer opening and insulation before ordering.

What is the capacity of the calorimeter?

The nominal capacity has not been published and should be confirmed in millilitres for the selected model.

Can the calorimeter be heated directly?

Direct heating is not recommended unless the approved experiment and product instructions specifically permit it.

Is a thermometer included?

Thermometer inclusion is unconfirmed. Buyers should also specify the required range, graduation and thermometer type.

Request the confirmed capacity and packing configuration, then explore related thermal expansion apparatus and the complete physics laboratory equipment range.