Apparatus Boyles Law Pressure Type
Product Code : LSK-CL-10031
Apparatus Boyles Law Pressure Type (SKU LSK-CL-10031) is an 80 cm tall Boyle's law apparatus in which a hand pump raises the pressure on a trapped gas so students can watch its volume shrink. It gives a simple, economical way to show the inverse relationship between absolute pressure and volume at constant temperature in school and college gas-law practicals. Science Lab Supplies supplies it from Ambala, India, to schools, colleges, training institutes and tender contractors.
Specifications
This pressure-type model stands 80 cm high and comes with a hand pump for applying pressure to a gas held in a closed system. With the temperature kept constant, readings of pressure and volume show that one falls as the other rises, the relationship known as Boyle's law.
| Parameter | Value |
|---|---|
| SKU | LSK-CL-10031 |
| Type | Pressure type (hand-pump operated) |
| Height | 80 cm (about 31.5 in) |
| Supplied with | Hand pump |
| Demonstrates | Absolute pressure inversely proportional to gas volume at constant temperature, closed system |
| Supplied by | Science Lab Supplies, Ambala, India |
Applications and Experiments for the Boyle's Law Apparatus
Students pump air in stages, record pressure and gas volume at each step, and plot pressure against the reciprocal of volume to obtain a straight line. The practical links everyday effects such as tyre inflation and syringes to the gas laws taught in secondary chemistry and physics.
- Secondary chemistry and physics: verifying Boyle's law for a fixed mass of air.
- Higher-secondary gas-law topics: plotting P against 1/V and discussing the product PV.
- B.Sc. and diploma physics or physical chemistry labs: introductory pressure–volume measurements.
- Demonstrations comparing Boyle's law (constant temperature) with Charles's law (constant pressure).
Standard Scope of Supply
Each unit is supplied with its hand pump, ready for pressure–volume readings. Any optional items your syllabus calls for are listed separately on the quotation, so you can check exactly what each set includes before placing an order.
Packing, MOQ and Lead Time
Ask for a quotation for one demonstration unit or for a set per student group; it will state packing, delivery time and price for the quantity requested. Other chemistry lab equipment in India from our catalogue, such as a Charles's law apparatus, can share the same quotation.
Holding an Importer-Exporter Code as a registered exporter, Science Lab Supplies can ship to buyers in Iraq, Nigeria, Kenya, Ghana, Ethiopia and Tanzania. Put your list in the enquiry cart, message us through the contact page, or read the lab tender page for tender enquiries.
Frequently Asked Questions
What does a pressure-type Boyle's law apparatus show?
It shows that, at constant temperature, the volume of a fixed mass of gas in a closed system falls as its absolute pressure rises, the two being inversely proportional.
How tall is the apparatus?
It is 80 cm high, so allow bench or wall space for that height when planning where students will take readings.
Is a pump included?
Yes. The unit is supplied with a hand pump used to apply pressure to the trapped gas during the experiment.
Who supplies the Apparatus Boyles Law Pressure Type?
Science Lab Supplies supplies it from Ambala, India, and can quote it together with the other gas-law and heat apparatus your laboratory needs.
Related Gas Laws Apparatus
Boyle's law is usually taught next to Charles's law and kinetic theory, with atmospheric pressure measured on the day of the practical. The four items below complete that group, and all of them can be added to one quotation with this apparatus.
- Apparatus Charle's Law — volume–temperature relationship at constant pressure.
- Kinetic Theory Model — explains gas pressure through particle motion.
- Metal Barometer — atmospheric pressure reading to convert gauge to absolute pressure.
- Hand Vacuum Pump with Pressure Gauge — extends pressure work below atmospheric.
Browse the full Chemistry Lab range or all school lab equipment.
Last updated: 25 September 2026
