Solar Furnace Manufacturer,Supplier and Exporter in India
Product Code : EL-EE-7232
Jlab Export is a leading Solar Furnace Manufacturer,and suppliers in India
Solar Furnace (code EL-EE-7232) is a solar energy demonstrator that concentrates sunlight with a 305 mm diameter parabolic mirror dish onto an attached copper container, used to show students how reflected sunlight can be turned into useful heat. The mirror has a focal length of 24 cm, and the copper receiver collects the concentrated heat and holds the material being heated. It is made by Jain Laboratory Instruments Pvt Ltd (JLab) at its works in Ambala, India.
Specifications
| Parameter | Detail |
|---|---|
| Collector | Parabolic dish with a reflective mirror surface |
| Dish diameter | 305 mm (30.5 cm) |
| Focal length of mirror | 24 cm |
| Receiver | Attached copper container that collects the heat concentrated by the mirror |
| Function | Concentrates solar energy to heat materials placed in the copper receptacle |
| Quality check | Each solar furnace is visually inspected before dispatch |
| Pack quantity | Each (sold individually) |
| Minimum order quantity | 10 units |
| Dispatch time | Usually 7–10 working days |
| Product code | EL-EE-7232 |
| Manufacturer | Jain Laboratory Instruments Pvt Ltd (JLab) — OEM |
| Country of origin | India (made in Ambala, Haryana) |
What Is the Solar Furnace Used For?
A parabolic mirror reflects rays arriving parallel to its axis so that they all pass through one point, the focus. Here the 30.5 cm dish gathers sunlight over its whole face and brings it to a focus 24 cm from the mirror, where the copper container absorbs the energy and heats whatever is placed in it. Students see directly why NCERT class 10 science lists large concave mirrors as the basis of solar furnaces, and the same set-up supports lessons on solar power in class 8 and class 10 geography, renewable energy topics in environmental science, and introductory heat and optics work in colleges. A simple class activity is to put a measured amount of water in the receiver, aim the dish at the sun and record the temperature every minute, then repeat on a hazy day and compare.
The furnace works only in direct sunlight, and the dish has to be turned to follow the sun. Treat it with care: never look at the bright spot at the focus or at glare from the mirror, keep hands and paper out of the focal area, and handle the copper container with tongs or heat-resistant gloves because it becomes very hot. Wipe the mirror with a soft, dry cloth so the reflective surface is not scratched.
What to Specify When Ordering
- Quantity — the minimum order is 10 units; schools often keep one per physics or geography lab, or one per demonstration group.
- Companion items — add the Sunpower House or the Solar Cell Demonstrator if you want to compare solar heating with passive solar design or solar electricity.
- Delivery details — destination city or port, delivery terms and any packing or labelling instructions.
Frequently Asked Questions
How does the solar furnace work?
Its parabolic mirror dish reflects incoming sunlight towards the focus, and the copper container there collects the concentrated heat, so materials placed in it warm up quickly in strong sun.
What are the dish size and focal length?
The dish is 305 mm (30.5 cm) in diameter and the mirror has a focal length of 24 cm.
How hot does it get?
No temperature figure is published. The description says it can generate extreme temperatures in the copper receptacle; the actual temperature depends on the strength of the sunlight, the aim of the dish and what is being heated.
Which syllabus topics does it support?
Concave mirrors and their uses in class 10 science, solar energy in class 8 and class 10 geography, and renewable energy in EVS and environmental science courses.
Is it safe for students to use?
It should be used under supervision. Students must not look at the focus or the mirror’s glare, must keep hands out of the focal area, and should handle the hot copper container with tongs or gloves.
What information is needed for an export quotation?
The quantity, destination country and port or city, delivery terms (for example FOB or CIF), any packing or labelling requirements, and the tender reference if the purchase is for a tender.
Who manufactures this solar furnace?
Jain Laboratory Instruments Pvt Ltd (JLab), at its works in Ambala, Haryana, India.
OEM Manufacturer
JLab is the trading name of Jain Laboratory Instruments Pvt Ltd, an India-based manufacturer of physics, energy and environmental teaching apparatus, incorporated in 2017 and run from Hargolal Road, Ambala, Haryana. The solar furnace is produced at JLab’s own works and not bought in from a trader, so schools, colleges, dealers and importers buy at source; each unit gets a visual inspection before dispatch, and any repeat order is handled by the same manufacturer. Its GSTIN is 06AADCJ9848D1ZE and its Legal Entity Identifier is 549300DTGS77DGYD6N03. From Ambala, JLab exports worldwide and can supply customers in every region — Uzbekistan in Central Asia, Guatemala in Central America and the Caribbean, Ivory Coast in West Africa, Myanmar in Southeast Asia and Afghanistan in South Asia are examples. Tender details are on the JLab lab tenders page.
Related Solar Energy Teaching Aids
- Sunpower House — a working passive solar house model with a Teacher’s Guide on solar energy and energy conservation.
- Solar Cell Demonstrator — solar cells on a revolving disc that turns when placed in the sun.
- Concave Mirror — an optically worked, back-silvered mirror for studying how a concave surface focuses light.
- Solar Cooker — a laminated general science chart on the solar cooker.
- Natural Energy — a hands-on kit covering solar, wind, geothermal, biomass and other energy forms.
Find related items in Environment Equipment and across the Geography Lab Models range.
Request a Quote
JLab prices the solar furnace directly as its manufacturer. Send an enquiry with the Add To Cart button or through the contact page, giving the quantity (minimum 10 units), any companion solar items, and the destination for delivery.
Last updated: 3 October 2026
