Boyles Law Apparatus

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Boyles Law Apparatus Specification

Feature
Manual piston operation; pressure gauge for direct readings; transparent tube for gas observation

Accuracy
2% of reading

Model No
BLA-102

Temperature Range
Ambient laboratory temperature; typically 10C to 40C

Core Components
Glass tube, pressure gauge, platform base, movable piston, scale

Capacity
Up to 100 ml (graduated glass tube) and up to 3 atm pressure measurement

Measurement Range
03 atm (pressure), 0100 ml (volume)

Automation Grade
Manual

Power Source
Manual

Frequency
N/A (not electrically operated)

Equipment Materials
Borosilicate glass tube, metallic (steel) frame, rubber seals, acrylic panel

Type
Physics Laboratory Experiment Apparatus

Usage
To demonstrate the relationship between pressure and volume of a gas at constant temperature (Boyles Law)

Display Type
Analog scale (graduated measuring tube and pressure gauge)

Dimension (L*W*H)
Approximately 35 cm x 10 cm x 32 cm

Weight
Approx. 2.5 kg

Boyles Law Apparatus Trade Information

Minimum Order Quantity
1 , , Piece

Main Export Market(s)
Eastern Europe, Middle East, Western Europe, Africa, Central America, Australia, South America, Asia, North America

About Boyles Law Apparatus

Boyles Law Apparatus

With Facility To Connect Or Disconnect Jollys Air Bulb To Use It As Apparatus For Carrying Out Experiments On Gas Laws Or Boyles Law Respectively. Sliding Clamp Enable A Glass Air Tube 200 Mm Long And Closed At One End To Be Fixed Alongside Either The Upper Or Lower Portion Of The Scale, Vertical Clamping Rod Carrying Holder For The Mercury Levelling Tube With Open End.

Precision and Safety in Demonstration

Designed for both physics and chemistry labs, the Boyles Law Apparatus ensures precise readings while prioritizing user safety. Its shatter-resistant cover, clear glass for observation, and robust metallic frame collectively enhance the reliability and security of practical demonstrations.

User-Friendly Design for Efficient Experiments

Manual piston operation, an analog scale for direct readings, easy-clean materials, and non-slip rubber feet make this apparatus ideal for frequent academic use. Each unit is packaged securely with foam padding, ensuring safe delivery and extended equipment lifespan.

High Accuracy and Compliance Standards

Manufactured to ISO 9001:2015 standards, the BLA-102 provides 2% reading accuracy and a clearly graduated tube for easy measurement. It is suitable for institutions seeking reliable lab equipment for fundamental gas law experiments.

FAQs of Boyles Law Apparatus:

Q: How does the Boyles Law Apparatus demonstrate the relationship between gas pressure and volume?

A: The apparatus uses a movable, precision-machined piston in a graduated glass tube to vary the volume of gas. An analog bourdon pressure gauge records pressure changes, allowing direct observation of Boyles Law: the inverse relationship between pressure and volume at constant temperature.

Q: What is the maximum capacity and measurement range of the apparatus?

A: The graduated glass tube holds up to 100 ml of gas, and the included analog pressure gauge measures up to 3 atmospheres. The volume scale is marked with 0.5 ml resolution, aiding precise experimental analysis.

Q: When and where is this apparatus best utilized?

A: This apparatus is ideal for physics and chemistry classroom demonstrations, undergraduate laboratory work, and academic research settings where visualization of gas laws is required, typically at ambient laboratory temperatures between 10C and 40C.

Q: What safety features are incorporated into the design?

A: For safety, the apparatus features a shatter-resistant acrylic cover over the glass tube, stable non-slip rubber feet, and rugged metallic framing to minimize risk during handling and experiments.

Q: How is the Boyles Law Apparatus cleaned and maintained?

A: The construction with borosilicate glass, steel, and acrylic makes cleaning easy using standard laboratory methods. All parts are designed for accessible servicing and maintenance to ensure lasting accuracy and durability.

Q: What benefits does manual operation offer for demonstrations?

A: Manual piston control enables students and educators to intuitively adjust volume, observe direct pressure responses, and gain hands-on understanding of Boyles Law without the need for electrical power, ensuring safe and interactive learning.

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