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Bi-Metal, Compound Bar Thermal Expansion Demonstration Compound
Looking for a product that can demonstrate the thermal expansion of metals? Look no further than our Bi-Metal, Compound Bar Thermal Expansion Demonstration Compound. This product features a five inch long (13 cm) strip of bi-metal attached to a wooden handle, making it easy to showcase the thermal expansion of metals and explain the application of bi-metals in making thermostats and thermometers. With an overall length of 24 cm (9.5 inches), this demonstration compound is perfect for classrooms or labs. It's important to note that while this product demonstrates thermal expansion of metals, almost all materials including liquids are subject to thermal expansion.
Product Specifications:
Product Name | Bi-Metal, Compound Bar Thermal Expansion Demonstration |
Material | Bimetal |
Type | Thermal Expansion Demonstration |
Length | 5 inches (13 cm) |
Overall Length | 9.5 inches (24 cm) |
Application | Making thermostats and thermometers |
Caution:
While this product demonstrates thermal expansion of metals, please note that almost all materials including liquids are subject to thermal expansion. Use with caution and follow all instructions provided.Perfect for:
- Science teachers
- Students studying thermodynamics
- Engineering students
- Science enthusiasts
- Individuals interested in the properties of metals
Compound Bar
The Compound Bar, also known as Bimetal Bimetal or Compound Compound Bar, is a tool used to demonstrate unequal expansion in different materials on heating. It highlights the role of temperature and materials in practical applications such as in thermostats. This tool is commonly used in physics and engineering classes to help students understand the principles of thermal expansion and its applications in various industries. With its unique design, the Compound Bar is a must-have for any classroom or laboratory.
Product Specifications:
Product Name | Compound Bar |
Material | Bimetal |
Function | Demonstrate Unequal Expansion in Different Material on Heating |
Application | Thermostats |
Perfect For:
- Science teachers
- Students studying thermodynamics or materials science
- Engineering students
- Professionals in the HVAC or thermostat industry
- Science enthusiasts
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