Heat Experiment Kit

Product Code : SCL-EI-10589

Lab Glassware Manufacturer, based in Ambala, Haryana, India, has been manufacturing and exporting laboratory, scientific and educational equipment since 1982. The Heat Experiment Kit is supplied to schools, colleges, teacher-training centres and export buyers across the Gulf region, including the United Arab Emirates, Saudi Arabia, Qatar and Oman, for primary-level classroom teaching on heat, temperature, evaporation and the water cycle.

Quick answer: The Heat Experiment Kit is a primary-science teaching set for 15 workgroups (30 children), designed for age 7–9 / grades 2–3. It includes scaled and ungraduated thermometers (−3°C to +103°C), borosilicate glass 3.3 flasks and a beaker, plastic beakers, capillary glass tubes, an immersion heater, tealights and a foam-lined storage case, letting students build thermometers and observe thermal expansion, evaporation and condensation under teacher supervision.

Key Features

• Primary-level heat experiment kit designed for 15 student workgroups
• Suitable for age 7–9 and grades 2–3 science lessons
• Supports thermometer construction and temperature-reading practice
• Demonstrates heat expansion using liquids and capillary glass tubes
• Covers evaporation, condensation and the water cycle
• Includes scaled and ungraduated thermometers for comparison activities
• Supplied with an organised, foam-lined storage case

What's Included in the Kit

• 1 demonstration thermometer model, 450 x 100mm
• 1 hard plastic storage box, approx. 540 x 450 x 150mm
• 1 plastic insert tray, 510 x 360 x 20mm, with foam inserts
• 15 rubber stoppers, 24/18mm with 6mm bore
• 15 insulated blocks for plastic beakers
• 15 graduated plastic beakers, 100ml
• 15 scaled thermometers, −3°C to +103°C
• 15 ungraduated thermometers with metal angle
• 15 narrow-neck Erlenmeyer flasks, 25ml, borosilicate glass 3.3
• 1 beaker, 250ml, borosilicate glass 3.3
• 16 capillary glass tubes, 220 x 6mm
• 15 plastic droppers with caps
• 15 red / 15 yellow / 15 blue plastic clips
• 15 working mats
• 20 tealights in metal cups
• 1 immersion heater, 230V / 350W
• Blue and red food colouring
• 1 PP funnel, 75mm
• 1 spray bottle
• 1 test tube brush
• Storage layout plan and teacher guidance

Applications / Uses

• Building a simple classroom thermometer
• Teaching why liquids expand when heated and contract when cooled
• Marking melting and boiling points on an ungraduated thermometer
• Reading the Celsius scale with student thermometers
• Comparing temperatures of different liquids and surroundings
• Observing evaporation and the cooling effect of evaporating liquids
• Demonstrating condensation and linking it to the water cycle

How to Use the Heat Experiment Kit

• Divide the class into up to 15 workgroups
• Select the thermometer or evaporation activity from the teacher guide
• Place the beakers, thermometers, flasks, clips and working mats on stable tables
• Use warm water, coloured liquid or other teacher-approved liquids as instructed
• Let students observe expansion, temperature change, evaporation or condensation
• Record readings and compare results between student groups
• Allow heated items to cool before cleaning and returning parts to the case

Safety note: Use this kit only under direct adult supervision. Keep tealights, heated water and the immersion heater away from flammable materials, and do not let students handle hot glassware without instruction.

Care & Maintenance

• Wash and dry beakers, flasks, droppers and glass tubes after use
• Store thermometers in their assigned foam compartments to prevent breakage
• Check tealights, heater, clips and stoppers before each lesson
• Keep food colours sealed and store the case in a dry cupboard

Pairing with Other Primary Science Kits

Schools building a full primary-science programme often combine the Heat Experiment Kit with other teacher-supervised classroom kits from the same range. The Water 1 Experiment Kit extends the water-cycle theme covered here into standalone water-properties activities, while the Bird Cold Protection Box introduces young students to insulation and thermal-protection concepts from a life-science angle. For an energy-focused follow-on lesson after heat and temperature, the Sun, Heat and Air Kit covers solar heating and air-based experiments for the same age group.

Why Choose Lab Glassware Manufacturer

Lab Glassware Manufacturer supplies laboratory glassware, general lab equipment, science kits and educational experiment systems for institutional procurement. The brand supports schools, colleges, laboratories and export buyers with practical product sourcing for classroom science teaching. Buyers can combine this heat kit with Physics Lab Equipment, Electronic Instruments and General Lab Equipment for complete laboratory planning.

Frequently Asked Questions

What is the Heat Experiment Kit used for?
The Heat Experiment Kit is used to teach thermometer construction, temperature measurement, thermal expansion, evaporation, condensation and the water cycle through hands-on classroom experiments.

How many students can use this kit?
The verified source lists materials for 15 workgroups or 30 children.

Which class level is this kit suitable for?
The kit is intended for primary science lessons for age 7–9, corresponding to grades 2–3.

Does the kit include thermometers?
Yes. The kit includes 15 scaled thermometers from −3°C to +103°C and 15 ungraduated thermometers for scale-making activities.

Can students learn evaporation and condensation with this kit?
Yes. The experiment scope includes evaporation, condensation and water-cycle activities.

Are certifications confirmed for this product?
No product-specific certification is confirmed in the verified source data. Tender compliance, safety declarations and material details should be checked before order placement.

Related Products

• Water 1 Experiment Kit
• Bird Cold Protection Box
• Sun, Heat and Air Kit

Request a Quote

For primary heat experiments, thermometer lessons and school science procurement, request a quotation through our Contact Us page, or submit institutional and tender requirements via our Tenders page.

Last updated: September 2026