Thermal Conductivity of Metal Rod Apparatus

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Thermal Conductivity of Metal Rod Apparatus

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MOQ : 1 Unit

Thermal Conductivity of Metal Rod Apparatus Specification

Power Source
Electric

Machine Type
Bench Top Model

Features
Demonstrates steady-state heat flow, Replaceable rods, Easy temperature observation

Technology
Heat Transfer by Conduction

Surface Treatment
Powder Coated

Accuracy
1C Temperature Measurement

Operating Pressure
Atmospheric

Control System
Digital Temperature Indicator

Accessories Type
Thermocouples, Insulated Heaters, Digital Thermometer

Automation Grade
Manual

Type
Educational Laboratory Apparatus

Material
Brass / Copper / Aluminum Metal Rod

Function
Determination of Thermal Conductivity

Application
Physics Lab, Engineering Teaching Laboratory

Voltage
230 V AC

Sample Loading
Single rod at a time

Temperature Sensors
4-6 thermocouples mounted at intervals along rod

Insulation
High-grade lagging to minimize heat loss

Cooling Arrangement
Optional water-cooled end for precise gradient establishment

Rod Length
300mm (approximate)

Number of Metal Rods
Typically 3 (Brass, Copper, Aluminum)

Mounting
Heavy base with support stand

Display Type
Digital LED

Temperature Range
Ambient to 100C

Usage
For measuring and comparing thermal conductivities of metals using Searle's or Lee's Method

Rod Diameter
25mm (approximate)

Heater Power Rating
100 Watts

Weight
Approx. 8-10 kg

Thermal Conductivity of Metal Rod Apparatus Trade Information

Minimum Order Quantity
1 Unit

Payment Terms
Cash in Advance (CID)

Supply Ability
10 Units Per Month

Delivery Time
7-10 Days

Main Domestic Market
All India

About Thermal Conductivity of Metal Rod Apparatus

Experience the preeminent choice in laboratory essentials with our Thermal Conductivity of Metal Rod Apparatus, a supreme best-seller with competitive pricing. Designed for precision, it features three masterful metal rods-brass, copper, and aluminum-each 25mm in diameter and approximately 300mm long. The integrated digital LED display, 4-6 thermocouples, and high-grade lagging insulation guarantee accurate and reliable results. Ideal for physics and engineering teaching labs, this bench-top apparatus is perfect for Searles or Lees Method studies. Enjoy easy operation, replaceable rods, and masterful temperature control, making it the first choice for professional educators and researchers across India.

Plant Application & Features of the Thermal Conductivity Apparatus

This apparatus is masterfully engineered for practical demonstration of metal thermal conductivity in physics and engineering labs. Application is straightforward: single-rod loading makes setup effortless, while the digital temperature display and replaceable rods enhance usability. Extra features include high-grade insulation that minimizes heat loss, optional water-cooled ends for precision, and robust construction for long-term use. The versatile design guarantees reliable performance in educational plant training sessions and research labs alike.

Domestic Market Value, Packaging, and Payment Terms

Serving the main domestic market at the lowest price, this apparatus ensures exceptional value and reliability. Every unit is packed & dispatched securely, with packaging that safeguards during transit while preserving product integrity. Its robust market value is evident in the high demand among educational institutions. Flexible payment terms are available, accommodating various needs for smooth procurement. This makes it the preferred choice for a trusted supplier, trader, and manufacturer across India.

FAQ's of Thermal Conductivity of Metal Rod Apparatus:

Q: How does the Thermal Conductivity of Metal Rod Apparatus operate?

A: The apparatus works by heating one end of a metal rod and measuring the temperature at intervals using thermocouples. This allows students or researchers to analyze heat transfer by conduction and determine the thermal conductivity of the chosen metal.

Q: What metals are included with this apparatus?

A: This set typically includes rods made of brass, copper, and aluminum. Each rod is approximately 25 mm in diameter and 300 mm in length, suitable for demonstration and experimentation in laboratory conditions.

Q: When is the optional water-cooled arrangement used?

A: The water-cooled end can be used when a precise and steady thermal gradient along the rod is required, enhancing the accuracy of conductivity measurements during classroom demonstrations or research studies.

Q: Where is this apparatus mainly utilized?

A: It is predominantly used in physics laboratories and engineering teaching facilities, serving both educational plant applications and research requirements.

Q: What are the benefits of using this thermal conductivity tester?

A: The main benefits include high measurement accuracy, ease of rod replacement, digital temperature observation, and reliable insulation, making it ideal for educational and demonstration purposes.

Q: How is the apparatus packaged and delivered?

A: Every unit is carefully packed to ensure safe transport. The apparatus comes complete with all required accessories and detailed instructions for immediate use upon delivery.

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