Magnets

Magnetize small screwdrivers and other small tools permanently or just temporarily

• To Magnetize, pass the tool tip and/or upper shaft through the "+" opening.
• To Demagnetize, simply pass the tool through the "-" slot until no longer magnetized.

• 6 magnets
• 3 magnets with North Pole on outer diameter and 3 magnets with South Pole on outer diameter
• Pull Force: 4.5 pounds per magnet (when attracted to a similar magnet)
• SKU# MMOT272336

• 2 magnets
• 1 magnet with North Pole on outer diameter and 1 magnet with South Pole on outer diameter
• SKU# MMOT2522240

• 10 magnets
• 5 magnets with North Pole on outer diameter and 5 magnets with South Pole on outer diameter
• SKU# MMOT32206

• 4 magnets
• Pull Force: 1.4 pounds per magnet (when attracted to a similar magnet)
• 2 magnets with North Pole on outer diameter and 2 magnets with South Pole on outer diameter
• SKU# MMOT201513

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

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

• This block can be used as is or can be "cleaved" into thinner sheets.
• 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# PG1blk

• 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
• 1cm x 1cm x 0.5 mm
• SKU# PG1CM

• 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