SEARLES APPARATUS FOR THERMAL CONDUCTIVITY OF COPPER

Get a Price/Quote

SEARLES APPARATUS FOR THERMAL CONDUCTIVITY OF COPPER Specification

Type
Lab Experimental Apparatus

Material
Copper (Main Bar), Brass (Discs), Wooden Stand

Size
Standard Laboratory Size

Input Voltage
Not Required (Manual Operation)

Color
Copper (bar), Brass (discs), Wooden Base (polished)

Dimension (L*W*H)
Approx. 45 cm x 15 cm x 25 cm

Capacity
Suitable for One Sample Bar

Water Tank Capacity
Approx. 1 Liter (for top chamber)

Noise Level
Silent Operation

Discs Material
Brass

Mounting
Sturdy Wooden Stand with Metal Fittings

Number of Thermometer Points
2

Usage Method
One End of Copper Bar Heated, Opposite End Cooled by Water Flow

Sample Material
High Purity Copper

Accessories Provided
Thermometer Holders, Insulating Cover, Water Inlet/Outlet Fittings

Thermometer Range
0°C to 100°C (Not Included)

Safety Features
Well Insulated, Spill-Proof Water Chamber

Main Bar Length
About 30 cm

Bar Diameter
2.5 cm (approx.)

Application
Physics Laboratory, Study of Thermal Conductivity

About SEARLES APPARATUS FOR THERMAL CONDUCTIVITY OF COPPER

Experience trending innovation in laboratory experimentation with SEARLE'S APPARATUS FOR THERMAL CONDUCTIVITY OF COPPER. This featured unit boasts a noble design with a 30 cm sensational high-purity copper bar and brass discs, securely mounted on a sturdy wooden stand with metal fittings. Acclaimed for its heroic performance in physics labs, it assists scholars in studying thermal conductivity efficiently. The apparatus includes thermometer holders, an insulating cover, spill-proof water chamber, and water inlet/outlet fittings, ensuring silent operation and user safety. Perfect for educators, distributors, and manufacturers across India.

Exceptional Features & Specific Applications

SEARLE'S APPARATUS stands out with its well-insulated, spill-proof water chamber and sensational thermometer holders, ensuring accuracy and safety. Its noble wooden base and brass fittings offer durability for frequent use. Specifically designed for laboratory settings, it aids in the scientific study of thermal conductivity of copper. The apparatus is suited for educators, researchers, and students, maximizing experimental precision via well-placed thermometer points and secure sample mounting.

Secure Shipping & Handover Details

Our SEARLE'S APPARATUS FOR THERMAL CONDUCTIVITY OF COPPER is handed over at FOB Indian ports, promising timely and secure shipping across the main domestic market. Each unit enjoys careful packaging to reduce transit risk and ensure pristine condition upon handover. Delivery times are prompt, allowing distributors, exporters, and suppliers to facilitate smooth transactions and reliable customer service within India.

FAQ's of SEARLEaS APPARATUS FOR THERMAL CONDUCTIVITY OF COPPER:

Q: How is SEARLE'S APPARATUS for Thermal Conductivity of Copper used in physics laboratories?

A: SEARLE'S APPARATUS is used to study thermal conductivity by heating one end of the high-purity copper bar and cooling the opposite end with water flow. Temperature readings are taken at two points using thermometers to analyze heat transfer efficiency.

Q: What special safety features does SEARLE'S APPARATUS provide during experiments?

A: The apparatus is equipped with a well-insulated, spill-proof water chamber, secure thermometer holders, and a sturdy wooden base, ensuring safe and stable operation throughout laboratory experiments.

Q: Where is the handover and FOB available for this apparatus?

A: The product is handed over at FOB Indian ports with secure packaging, making it easily accessible for domestic distributors, traders, and exporters.

Q: What accessories come provided with SEARLE'S APPARATUS?

A: Accessories include thermometer holders (for two thermometers), an insulating cover, water inlet and outlet fittings, and a spill-proof top water chamber to support accurate and safe experimentation.

Q: How does the manual operation process work for this laboratory apparatus?

A: SEARLE'S APPARATUS is manually operated with no electrical input required. Heat is applied to one end of the copper bar, while water circulates at the opposite end, enabling precise thermal conductivity studies.

Q: What are the benefits of using this apparatus in academic settings?

A: The apparatus facilitates an in-depth understanding of heat transfer principles and offers reliable, silent operation with easy maintenance, making it ideal for teaching, demonstration, and research activities.

Tell us about your requirement