Compound Bar Strip For Physics Lab

Price 80 INR/ Piece

Get a Price/Quote

MOQ : 01 Piece

Compound Bar Strip For Physics Lab Specification

Core Components
Brass Strip, Iron Strip, Wooden handle, Screws

Accuracy
Designed for qualitative demonstration (not precision measurement)

Automation Grade
Manual

Measurement Range
Differential linear expansion observation

Power Source
Manual (No external power required)

Feature
Durable, High-quality finish, Corrosion resistant

Temperature Range
Varies as per laboratory requirement

Model No
CB-301

Equipment Materials
Composed of Brass and Iron strips with wooden handle

Type
Physics Laboratory Apparatus

Usage
Demonstration of differential expansion of metals in Physics experiments

Dimension (L*W*H)
Standard length 30cm (customizable upon request)

Weight
Approx. 100-200 grams

About Compound Bar Strip For Physics Lab

CompoundBarStrip:

Availableindifferentsizesand metalswithwooden/PVCblackhandle.

Cat. No.	Size (Inches)	Price
DDRI-286	8	80.00
DDRI-286-A	10	115.00
DDRI-286-B	12	135.00

Reliable Apparatus for Educational Demonstrations

The compound bar strip provides a hands-on experience for students exploring thermal expansion concepts. With pre-mounted handles and polished, smooth edges, this lab equipment ensures both safety and ease of handling during experiments. Its durable construction and resistance to corrosion make it ideal for repeated use in schools and colleges.

Versatile Application in Physics Experiments

Designed for both high school and undergraduate lab settings, the compound bar strip is perfect for demonstrating the differential expansion principle. Teachers and learners can easily observe how brass and iron expand differently, reinforcing theoretical lessons with practical insight.

Enhanced Safety and Convenient Storage

Each compound bar strip is individually wrapped in protective sleeves to maintain its quality and facilitate safe storage. The apparatus should be kept in a dry environment to prevent corrosion, and users are advised to exercise caution when the strips are heated, making it a safe choice for educational demonstrations.

FAQ's of Compound Bar Strip For Physics Lab:

Q: How do I use the compound bar strip for bimetallic effect demonstrations?

A: Simply heat the compound bar strip using a standard laboratory heat source. Observe the differential expansion between the brass and iron strips, which demonstrates the bimetallic effect ideal for physics lab experiments.

Q: What are the main benefits of using this compound bar strip in physics labs?

A: The strip offers qualitative demonstrations of differential linear expansion, promoting hands-on learning. It is durable, corrosion-resistant, and designed for safe and easy handling, making it valuable for students and instructors.

Q: When should I store the compound bar strip properly, and why is it important?

A: After each use, the strip should be stored in dry conditions inside its protective sleeve to prevent corrosion and maintain its polished finish for future experiments.

Q: Where is this compound bar strip typically used?

A: This apparatus is commonly utilized in high school and undergraduate physics laboratory settings across India for demonstrating thermal expansion effects in educational experiments.

Q: What process should I follow for safe usage during experiments?

A: Attach the pre-mounted handle securely while heating. Handle with care when hot and always use approved laboratory heating sources and safety precautions to ensure user safety during demonstrations.

Q: What is the construction and measurement range of the compound bar strip?

A: The strip is composed of brass and iron, joined with screws and a wooden handle, and measures approximately 30cm in length (customizable on request). It is designed for qualitative observation of differential linear expansion.

Tell us about your requirement