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Use the Ice Melting Plates Kit to learn about the concepts of heat and thermodynamics.
Demonstrates the different conductive properties of various metals. The GSC International Five Metal Heat Conductometer contains one spoke each of aluminum, steel, brass, copper, and nickel extending from a central hub. This tool is perfect for classroom demonstrations of heat conduction principles.
Introduces concepts of thermal energy and heat transfer to students with this Heat Transfer Kit.
Demonstrates the principles of thermal expansion in metals. Bimetallic Strip Demonstration allows students to understand how bimetallic strips are applied practically in things such as thermometers, thermostats and heating coils.
Use this Metals Compound Bar for demonstrating the differential expansion of two metals.
Width (English) | 0.6 in. |
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Length (Metric) | 200 mm |
Product Type | Metals Compound Bar |
Length (English) | 7.9 in. |
Grade | 7 to 12 |
For Use With (Application) | Demonstrating differential expansion of two metals |
Width (Metric) | 15 mm |
An excellent tool for use in thermal conductivity experiments with a set of rods made with 6 different metals: Iron, Copper, Aluminum, Lead, Brass, and Zinc.
Block Style Calorimeter are used to determine the specific heat and heat capacity of different materials.
Includes | 1 Calorimeter |
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Product Type | Calorimeter (Block-style) |
Grade | 7 to Undergraduate |
For Use With (Application) | Specific Heat and Heat Capacity Determination |
Two metals of different heat coefficients, brass and iron are laminated together and mounted in a wooden handle. This device demonstrates the unequal expansion of different metals by bending when heated.
An excellent device for demonstrating thermal expansion. When cool, the 25 mm brass ball passes easily through the matching brass ring.
Conductometer for demonstration of relative thermal conductivity of brass, copper, aluminum, iron, zinc and stainless-steel.
This Linear Expansion Apparatus is fitted on heavy channel base with adjusting screw and micrometer screw on opposite ends.
Use the Bar Breaking Apparatus to demonstrate the forces which can be exerted during thermal expansion or contraction.