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"ESAW Boyle's Law Apparatus for Physics Experiments"

"Boyle's Law Device for Volume-Pressure Demonstration in Lab"

"Affordable Boyle’s Law Apparatus for Schools in India"

"Gas Law Apparatus for Chemistry Classrooms and Labs"

Buy Boyle’s Law Apparatus SM-1340 – ESAW Physics Lab Demonstrator

Model No : SM-1340

Regular price Rs. 2,000.00
Tax included.Shipping calculated at checkout.
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Estimated Delivery:
SKU:20
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boyles law apparatus

esaw boyles law apparatus

esaw sm-1340

esaw sm-1340 boyles law apparatus

laboratory boyles law appratus

laboratory equipment

laboratory solid matter

sm-1340

sm-1340 boyles law apparatus

Delivery Period

3-5 Working Days

Replacement

3 Days Replacement as standard, Free of Cost

Dedicated Support

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

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Description

    The ESAW Boyle’s Law Apparatus SM-1340 is a precision-engineered instrument designed to demonstrate the inverse relationship between pressure and volume in gases, as described by Boyle’s Law. Ideal for physics and chemistry labs, this educational device provides clear, measurable, and repeatable results, making it indispensable in classroom demonstrations and student experiments.

    Whether you’re a teacher in India or a lab technician in Europe, this apparatus offers an affordable Boyle’s Law solution for labs, ensuring practical application of gas laws through hands-on learning. This is the best Boyle’s Law Apparatus for students in secondary schools, science colleges, and engineering universities, and is equally suited for research institutions and industrial training centers globally.

    With ESAW's commitment to export quality lab equipment India, this apparatus is crafted to meet international standards and is ready for supply to science labs across Africa, Asia, the USA, and beyond.


    📦 Technical Table:

    Description BOYLE'S LAW APPARATUS
    Catalog No. SM-1340
    Quantity per Case 1

    🧪 Realistic Use Scenarios:

    • Students can directly observe the volume-pressure relationship with measurable parameters

    • Schools and colleges benefit from accurate visual demonstrations of gas behavior under compression

    • Science and chemistry labs use it for foundational experiments in thermodynamics and physical chemistry

    • Engineering colleges apply it to studies in fluid mechanics and gas law applications

    • Industrial labs and research centres deploy it for training and calibration practices


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