Heat Conductometer Manufacturer,Supplier and Exporter in India

Product Code : SCL-PLE-11424

Scientifc Equipment Heat Conductometer is an educational physics laboratory apparatus designed to demonstrate heat conduction, thermal conductivity, heat transfer, temperature change, and comparison of conducting ability of different materials. It is suitable for school science laboratories, college physics labs, STEM classrooms, thermal physics practicals, and teacher-led demonstrations.

The Heat Conductometer helps students understand that different metals conduct heat at different rates. By heating the central part of the apparatus and observing the melting of wax or movement of heat along different metal rods, students can compare the relative thermal conductivity of materials in a clear and practical way.

Product Description

The Heat Conductometer by Scientifc Equipment is a practical heat transfer demonstration apparatus used to compare how quickly heat travels through different metals. The apparatus generally consists of a central metal hub or disc with several metal rods extending outward. Each rod may be made from a different material such as copper, brass, aluminium, iron, or steel as per supplied model configuration.

In a typical experiment, small wax pieces, pins, or thermal indicators are placed at equal distances on the rods. When the central part is heated, heat travels along each rod. The wax melts earlier on the rod that conducts heat faster, allowing students to observe and compare heat conduction visually.

Scientifc Equipment Heat Conductometer is useful for teaching thermal conductivity, conduction in solids, heat transfer, good and poor conductors, temperature flow, and real-life applications such as cooking utensils, heat sinks, building insulation, and metal selection in engineering.

Key Features

• Brand: Scientifc Equipment
• Thermal Conductivity Demonstrator: Designed to compare heat conduction in different materials.
• Multiple Rod Arrangement: Helps observe how different metals conduct heat at different rates.
• Physics Lab Suitable: Ideal for heat transfer, conduction, and thermal physics experiments.
• Visual Demonstration: Uses wax or indicators to show heat movement clearly.
• Hands-On STEM Learning: Supports observation, comparison, and concept-based practical learning.
• Reusable Laboratory Apparatus: Suitable for repeated teacher-led and supervised student demonstrations.
• Real-Life Concept Support: Helps explain why certain metals are used in utensils, radiators, and heat transfer devices.

Product Specifications

How to Use Heat Conductometer

1. Place the Heat Conductometer on a clean, dry, stable, and heat-resistant laboratory surface.
2. Check that all rods, the central hub, and the support arrangement are clean and properly fixed.
3. Apply small pieces of wax or attach pins with wax at equal distances on each rod.
4. Position a suitable heat source such as a spirit lamp or Bunsen burner below the central heating point, as per the experiment setup.
5. Heat the central part of the apparatus gently and evenly.
6. Observe how heat travels from the central point along each rod.
7. Note the order in which wax melts or pins drop from different rods.
8. Identify which material conducts heat fastest and which conducts heat more slowly.
9. Record observations such as rod material, melting order, time taken, and relative conductivity.
10. Discuss the results in relation to thermal conductivity and real-life applications of metals.
11. After the experiment, turn off the heat source and allow the apparatus to cool completely.
12. Clean the rods carefully and store the apparatus safely after use.

Educational Applications

• Demonstrating heat conduction in solids
• Comparing thermal conductivity of different metals
• Teaching good conductors and poor conductors of heat
• Studying heat transfer from one point to another
• Explaining temperature change and heat flow
• Supporting thermal physics and material science practicals
• Developing observation, comparison, and recording skills
• Explaining real-life uses of copper, aluminium, iron, brass, and steel in heat-related applications
• Supporting STEM activities, physics practicals, and science fair demonstrations

Why Choose Scientifc Equipment Heat Conductometer?

Scientifc Equipment provides practical educational science apparatus designed for classroom demonstrations, laboratory experiments, and STEM-based learning. The Heat Conductometer helps students understand heat conduction through direct observation and simple comparison of different materials.

• Suitable for school and college physics laboratories
• Useful for thermal physics, heat transfer, and material conductivity experiments
• Simple setup for clear classroom demonstration
• Helps students compare metals using visible melting indicators
• Compatible with common laboratory heat sources and accessories
• Supports activity-based STEM learning and concept-based teaching
• Suitable for institutional procurement and science lab setup

E-E-A-T Product Trust Notes

• Educational Experience: Designed for repeated classroom use in heat transfer and thermal conductivity experiments.
• Practical Expertise: Supports standard physics concepts such as conduction, conductors, insulators, and heat flow.
• Authoritative Lab Use: Suitable for school, college, STEM, and institutional science laboratory demonstrations.
• Trustworthy Learning: Encourages safe, supervised, measurement-based observation with clear experiment outcomes.

Care and Safety Instructions

• Use the Heat Conductometer only under teacher or laboratory instructor supervision.
• Handle the apparatus carefully, especially during and after heating.
• Use heat-resistant gloves or tongs when adjusting heated parts.
• Do not touch metal rods immediately after heating, as they may remain hot for some time.
• Keep flammable materials away from the heat source.
• Use the apparatus on a heat-resistant and stable surface.
• Do not overheat the apparatus or apply flame directly to unsuitable parts.
• Switch off or extinguish the heat source immediately after the demonstration.
• Allow the apparatus to cool completely before cleaning or storage.
• Keep the conductometer clean, dry, and free from wax residue after use.
• Store the apparatus safely in a dry laboratory cabinet to prevent damage or corrosion.

SEO Title

Heat Conductometer for School Physics Lab – Scientifc Equipment

Meta Description

Buy Scientifc Equipment Heat Conductometer for school physics labs, STEM classrooms, thermal conductivity experiments, heat conduction demonstrations, heat transfer studies, and material comparison practicals.

SEO Keywords

Heat Conductometer, Scientifc Equipment Heat Conductometer, School Lab Heat Conductometer, Physics Lab Heat Conduction Apparatus, Thermal Conductivity Apparatus, Heat Transfer Demonstration, Conductors of Heat Apparatus, STEM Thermal Science Equipment, Educational Physics Heat Apparatus, Metal Conductivity Experiment.

FAQ – Heat Conductometer

1. What is a Heat Conductometer used for?

A Heat Conductometer is used to demonstrate heat conduction and compare the thermal conductivity of different materials, especially metals.

2. Is the Heat Conductometer suitable for school science laboratories?

Yes, Scientifc Equipment Heat Conductometer is suitable for school science labs, college physics labs, STEM classrooms, and supervised heat transfer experiments.

3. Which physics concept does this apparatus demonstrate?

This apparatus demonstrates heat conduction in solids and shows that different materials transfer heat at different rates.

4. How does the Heat Conductometer work?

The central part of the apparatus is heated, and heat travels along different metal rods. Wax or indicators placed on the rods show which material conducts heat faster.

5. Which materials can be compared using this apparatus?

Common rod materials may include copper, brass, aluminium, iron, steel, or other materials depending on the supplied model configuration.

6. Why is wax used in the experiment?

Wax is used as a visual indicator. It melts when enough heat reaches its position on the rod, helping students compare the rate of heat conduction.

7. Can students use the Heat Conductometer directly?

Students can use the apparatus only under teacher or laboratory instructor supervision because the experiment involves heating and hot metal parts.

8. What accessories are required with the Heat Conductometer?

Common accessories include wax, pins, spirit lamp or Bunsen burner, heat-resistant mat, clamp, stand, thermometer, and practical worksheet.

9. Does the Heat Conductometer require electricity?

The apparatus itself usually does not require electricity. A separate heat source is used, depending on the laboratory setup and supplied model configuration.

10. What safety precautions should be followed?

Use the apparatus under supervision, keep hands away from hot rods, use heat-resistant tools, keep flammable items away, and allow the apparatus to cool before handling.

11. How should the Heat Conductometer be maintained?

Remove wax residue after use, keep the rods clean and dry, avoid corrosion, protect the apparatus from impact, and store it safely in a dry laboratory cabinet.

12. Is this product useful for STEM education?

Yes, it supports STEM education by helping students observe, compare, and understand heat conduction and material properties through hands-on experiments.

Conclusion

Scientifc Equipment Heat Conductometer is a valuable educational physics apparatus for teaching heat conduction, thermal conductivity, heat transfer, and material comparison. Its visual demonstration method, multi-rod arrangement, and classroom-friendly setup make it suitable for school laboratories, college physics labs, STEM classrooms, thermal science practicals, science projects, and institutional science lab setups.