Calorimeter Copper

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MOQ : 100 Pieces

Calorimeter Copper Specification

Accuracy
±0.1°C (temperature readings, depends on thermometer used)

Feature
High thermal conductivity, corrosion resistant, durable

Automation Grade
Manual

Core Components
Copper

Measurement Range
Based on inserted thermometer; typically 0°C to 100°C

Capacity
200 ml

Model No
Standard Lab Model

Temperature Range
0°C to 100°C

Equipment Materials
Copper

Type
Calorimeter

Usage
Measurement of heat transfer/thermal properties

Display Type
N/A (Manual/Visual Reading)

Dimension (L*W*H)
7 cm x 7 cm x 12 cm (approx.)

Weight
Approx. 300 g

Cup Diameter
Approx. 6.5 cm

Finish
Bright polished

Lid Material
Copper with central hole for thermometer

Application
Physics and Chemistry experiments; specific heat/latent heat determination

Insulation
Polished outer surface for minimal heat loss

Thermometer Accommodation
Fits standard laboratory thermometers

Included Accessories
Copper Calorimeter cup, fitted lid

About Calorimeter Copper

Calorimeter Copper for Physics Lab

Edutek are Leading manufacturer and Exporter of Calorimeter Copper for Physics Lab.

Specification Of Calorimeter Copper for Physics Lab

With parallel sides and rolled rim without stirrer.
Dimensions are in mm:
75x50 diameter
100x75 diameter

Premium Copper Construction

Manufactured from pure copper, both the cup and the lid ensure excellent heat transfer properties. The polished surface not only adds durability but also minimizes external heat loss, making precise measurements more achievable in experimental setups.

Designed for Laboratory Accuracy

The included fitted lid with a central hole accommodates a standard laboratory thermometer, allowing direct and accurate temperature recordings. This makes the calorimeter suitable for measuring specific or latent heat of substances within the 0C to 100C range.

Versatile Scientific Application

Engineered for manual operation, the calorimeter is widely used in physics and chemistry labs across educational institutions and research centers. Typical experiments include determining the specific heat of materials and studying thermal properties under controlled conditions.

FAQs of Calorimeter Copper :

Q: How does the copper calorimeter function in heat transfer experiments?

A: The copper calorimeter measures the heat exchanged between substances placed inside. Because copper is an excellent conductor, it allows quick thermal equilibrium, enabling accurate determination of specific or latent heat values during experiments.

Q: What processes can be performed using this copper calorimeter in the laboratory?

A: This calorimeter is primarily used for experiments involving the measurement of specific heat capacity, latent heat (such as fusion or vaporization), and general studies on heat transfer between substances under controlled conditions.

Q: When should I use the calorimeters lid with the central thermometer hole?

A: The fitted lid must be used during experiments to limit heat loss and ensure more reliable data. The central hole enables the insertion of a laboratory thermometer for direct temperature tracking without compromising insulation.

Q: Where can this copper calorimeter be utilized effectively?

A: This calorimeter is ideal for school and college laboratories, research centers, and industrial settings where precise thermal property measurements are required. It supports both teaching and advanced scientific investigations.

Q: What are the benefits of choosing a copper calorimeter with a bright polished finish?

A: The bright polished surface reduces radiative heat loss and enhances corrosion resistance, ensuring durability. This leads to more precise experimental results and a longer service life for the instrument.

Q: How can I ensure accurate readings when using this calorimeter?

A: Ensure the calorimeter is properly insulated and the thermometer is correctly fitted through the central hole in the lid. Use standardized procedures and precise thermometers for best accuracy, and always allow substances to reach equilibrium before taking measurements.

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