Heat Conductometer AS3223 (Large Brass Hub\, printed instructions)

Heat Conductometer AS3223 (Large Brass Hub, printed instructions)

The Heat Conductometer AS3223 is a valuable tool for comparing the heat conductivity of common metals, including steel, copper, aluminum, iron, and brass. With its precise measurements and large brass hub for enhanced durability and heat transfer, it helps ensure the right metal is used for the job, making it suitable for education, research, and industry applications. The instrument includes a central hole designed to accommodate a holding bar, allowing the device to be mounted either horizontally or vertically for greater flexibility in experimental setups. Each unit comes with an individual package, weighs 140g, and contains printed instructions for easy setup and use, allowing users to accurately compare the thermal properties of various materials.

Product Specifications

Applications and Benefits:

• For science students in high school or college studying thermal properties of materials, allowing for hands-on experiments and comparisons.
• Valuable for professionals in the field of metallurgy or materials science researching heat transfer and materials properties, providing accurate and reliable data.
• Useful for manufacturing companies that need to test the heat conductivity of metals for various applications, such as thermal management and energy efficiency.
• Beneficial for research institutions studying heat transfer and materials properties, enabling the exploration of new materials and technologies.
• Essential for engineering firms specializing in thermal management or energy efficiency, providing a precise tool for comparing heat conductivity of common metals.

Key Features and Benefits

• Large brass hub for enhanced durability and heat transfer
• Central hole for holding bar, allowing horizontal or vertical mounting
• Printed instructions for easy setup and use
• Individual package for convenient storage and transportation
• Precise measurements for accurate comparison of thermal properties