Heat Testing Classroom Products
Eisco™ Bar Breaking Apparatus
Use the Bar Breaking Apparatus to demonstrate the forces which can be exerted during thermal expansion or contraction.
Eisco™ Metals Compound Bar
Use this Metals Compound Bar for demonstrating the differential expansion of two metals.
Eisco™ Thermostat Model
Thermostat Model for demonstration of operation of thermostat.
United Scientific™ Liquid Convection Apparatus
Demonstrate convection in a liquid with this simple tool.
Eisco™ Heat System Physics Kit
Use the Heat System Physics Kit to explore experiments such as Newton's Law of Cooling, Specific Heat, and the Expansion of Solids, Liquids and Gases.
Eisco™ Glass Steam Trap
Cylindrical Glass Steam Trap has tubes located at each end.
United Scientific™ Heat Conductometer
Heat Conductometer demonstrates differences in heat conductivity of aluminum, brass, steel, nickel, and copper.
Eisco™ Conductometer
Conductometer for demonstration of relative thermal conductivity of brass, copper, aluminum, iron, zinc and stainless-steel.
Eisco™ Linear Expansion Apparatus
This Linear Expansion Apparatus is fitted on heavy channel base with adjusting screw and micrometer screw on opposite ends.
United Scientific Supplies Bimetal Strip
Demonstrate the thermal properties of matter.
Eisco™ Specific Gravity Cylinders
Help students understand density with these Specific Gravity Cylinders.
Eisco™ Thermal Linear Expansion Replacement Rods
Thermal Linear Expansion Replacement Rods to be used with Eisco™ Labs Linear Expansion Apparatus (S23742 and S96188)
Innovating Science™ Energy - Cool It! A Guided Inquiry
Enable students to demonstrate the first law of thermodynamics by planing and conducting an experiment on their own with basic guidance.
Supertek™ Ball and Ring Apparatus
An excellent device for demonstrating thermal expansion. When cool, the 25 mm brass ball passes easily through the matching brass ring.
Innovating Science™ Absorption Spectroscopy Demonstration
Explore the properties of atomic absorption and discover how certain elements absorb several specific wavelengths of light by viewing the dark line (absorption) spectra of various colored solutions including solutions containing elements that astronomers observe: erbium and praseodymium.