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"Double Radiometer for Light Energy Experiment in Physics Lab"

"ESAW Radiometer Crookes Double for School Science Demonstration"

"Affordable Light Mill Apparatus for Educational Labs"

"Physics Demonstration Radiometer – Export Quality from India"

Shop Radiometer Crookes Double – ESAW Sunlight Energy Physics Model EM513149

Model No : EM513149

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Delivery Period

3-5 Working Days

Replacement

3 Days Replacement as standard, Free of Cost

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Support from 9:30 AM to 6:00 PM everyday

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Description

    The ESAW Radiometer Crookes Double EM513149 is a classic demonstration tool for the conversion of light energy into mechanical motion, perfect for physics classrooms and advanced science labs. This double-finned radiometer, also known as the light mill, beautifully illustrates how solar radiation or artificial light can exert pressure and cause motion — a compelling, hands-on way to explore the fundamentals of thermodynamics and radiation pressure.

    Ideal for science equipment for students and researchers alike, this radiometer is suitable for physics learning in schools and colleges, and offers valuable visual demonstrations in engineering, astronomy, and energy research institutions. Whether you are upgrading your educational lab equipment for schools in India or supplying global physics labs, this affordable radiometer for labs is designed for clarity, durability, and export-ready reliability.

    Its elegant glass design and double-vane mechanism make it the best radiometer for students to study energy transfer and kinetic phenomena — a staple across CBSE, ICSE, IGCSE, and international curricula.


    📐 Technical Table:

    Capacity/Size Double Finned Radiometer
    Catalog No. EM513149
    Quantity/Case 1 Piece

    🔬 Use Case Scenarios:

    • Students: Learn energy conversion, solar pressure effects, and light-induced motion.

    • Schools & Colleges: Ideal for demonstrating thermodynamics and photo-radiation principles.

    • Science & Chemistry Labs: Use in light-intensity and energy flow experiments.

    • Engineering/Nursing/Medical Colleges: Relevant in biomedical optics, environmental science, and physics coursework.

    • Industrial Labs & Research Centres: Engage in optical radiation studies or develop energy-efficient designs using real-world models.


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