Search results for: 'magnets magnetic-levitation-pen-science-experiment-kit'

Make your own stable levitating pen with this economical, easy to build levitating pen kit! Make use of the principals of magnetic repulsion to seemingly defy the law of gravity. Great for classroom demonstrations!

• Complete kit to demonstrate diamagnetic levitation.
• Includes (4) 1/2x1/2x1/4 Neodymium block magnets and (1) piece of 1cm x 1cm x 05.mm pyrolytic graphite.
• Pyrolytic graphite is a unique form of graphite produced by decomposition of a hydrocarbon gas, typically methane, at very high temperature in a vacuum furnace, resulting in an ultra-pure product near theoretical density and extremely anisotropic
• SKU# PGMLK

• 1oz Ferrofluid, petri dish, pipette, gloves, magnets
• Ferrofluid responds to magnets and magnetic fields
• SKU: FFkit

• 2 magnets designed to fit Radio Shack XMOD cars 
• Pull Force: 0.6 pounds per magnet (when attracted to a similar magnet)
• Magnetization: Inside curve to Outside curve
• SKU# MXMOD

• 5 pairs of magnets
• Break-Away Force: 0.3 pounds per magnet
• Magnetization: Neodymium Magnet is magnetized through thickness
• SKU# MCLSPBALLGO

• 5 pairs of magnets
• Break-Away Force: 0.3 pounds per magnet
• Magnetization: Neodymium Magnet is magnetized through thickness
• SKU# MCLSPBALLSI

• 5 pairs of magnets
• Break-Away Force: 0.4 pounds per magnet
• Magnetization: Neodymium Magnet is magnetized through thickness
• SKU# MCLSPRIBSI

• 5 pairs of magnets
• Break-Away Force: 0.4 pounds per magnet
• Magnetization: Neodymium Magnet is magnetized through thickness
• SKU# MCLSPRIBGO

• 5 pairs of magnets
• Break-Away Force: 0.4 pounds per magnet
• Magnetization: Neodymium Magnet is magnetized through thickness
• SKU# MCLSPTWIGO

• 5 pairs of magnets
• Break-Away Force: 0.4 pounds per magnet
• Magnetization: Neodymium Magnet is magnetized through thickness
• SKU: MCLSPCYLGO