Search results for '1.5mm x 6mm gold disc'

This medium sized ring magnet. This one works well with our C0309 to make a cool miniature gauss gun. This rings is also the same size as our D1203, with ad 3.5mm center hole. It can hold about 10 lbs. Learn More

25mm dia. x 4mm inner dia. x 6mm thick (with 8mm dia. x 3mm deep countersink) Neodymium Countersunk Ring Magnet - NdFeB N38 - Nickel Plated - Axially Magnetized through 6mm thickness Learn More

This small ring is similar to our D0602 and our R0606. It fits around a smaller cylinder magnet to create some interesting effects. This magnet is easy to handle, and holds about 1/4 lb. Learn More

This large ring magnet is roughly the same size as our D2506 disc magnet with a 12.5mm center hole. It can hold a 1/2 inch steel plate with about 20 lbs of force. Learn More

This is a very useful style of magnet. The magnet is set inside of a protective steel cup. The assembly has a countersunk center hole that is perfect for mounting with a screw or bolt. The steel cup serves several purposes. Besides protecting the magnet, the cup will also focus the magnetic field to the front of the assembly. Learn More

One of our most popular magnets. The CSR1804 has a countersunk hole sized for a #6 machine or wood screw. This one is easy to securely mount in a variety of mediums. Perfect for latches, lock downs, tools, alignment and more. We keep large quantities in stock. See our CSR1809 for a thicker version. Learn More

This is a very useful style of magnet. The magnet is set inside of a protective steel cup. The assembly has a countersunk center hole that is perfect for mounting with a screw or bolt. The steel cup serves several purposes. Besides protecting the magnet, the cup will also focus the magnetic field to the front of the assembly. Learn More

This is a very useful style of magnet. The magnet is set inside of a protective steel cup. The assembly has a countersunk center hole that is perfect for mounting with a screw or bolt. The steel cup serves several purposes. Besides protecting the magnet, the cup will also focus the magnetic field to the front of the assembly. Learn More

This medium sized ring is the same size as our D1803 disc magnet with a 6.5mm center hole. It is also similar in size to our CSR1804, but slightly thinner. Learn More

37mm dia. x 6.5mm inner dia. x 12mm thick Neodymium Ring Magnet - NdFeB N38 - Nickel Plated - Axially Magnetized through 12mm thickness Learn More

This small ring magnet is easy to handle and does not pinch fingers. It is shaped like a tube with its poles located on the ends with the holes. Learn More

25mm dia. x 4mm inner dia. x 5mm thick (with 8mm dia. x 3mm deep countersink) Neodymium Countersunk Ring magnet - NdFeB N38 - Nickel Plated - Axially Magnetized through 5mm thickness Learn More

This is a very useful style of magnet. The magnet is set inside of a protective steel cup. The assembly has a countersunk center hole that is perfect for mounting with a screw or bolt. The steel cup serves several purposes. Besides protecting the magnet, the cup will also focus the magnetic field to the front of the assembly. Learn More

A thicker version of one of our most popular magnets. The CSR1809 has a countersunk hole sized for a #6 machine or wood screw. This one is easy to securely mount in a variety of mediums. Perfect for latches, lock downs, tools, alignment and more. We keep large quantities in stock. The picture shown is a thinner version of this magnet. The only difference between the two is the thickness. The CSR1809 is more than twice as thick as the one in the picture Learn More

This is a very useful style of magnet. The magnet is set inside of a protective steel cup. The assembly has a countersunk center hole that is perfect for mounting with a screw or bolt. The steel cup serves several purposes. Besides protecting the magnet, the cup will also focus the magnetic field to the front of the assembly. Learn More

18mm dia. x 6.5mm inner dia. x 3mm thick Neodymium Ring Magnet - NdFeB N38 - Un-Plated - Axially Magnetized through 3mm thickness Learn More