Ceramic Magnetic Blocks
Application:
Often called “ceramic magnets”' because they are hard and brittle like porcelain, ferrite magnets are the most widely used magnet type, because of their low cost of manufacture and high coercive properties. There are two main forms: sintered and bonded.

Specific features:
• Operate at lower temperatures than cast alnico magnets - up to 250 degrees C maximum.
• Economical
• High coercivity - do not lose their magnetic properties easily
• Hard and brittle

Ceramic Ferrite Rings
Application:
Often called “ceramic magnets”' because they are hard and brittle like porcelain, ferrite magnets are the most widely used magnet type, because of their low cost of manufacture and high coercive properties. There are two main forms: sintered and bonded.

Typical applications:
• Audio / television
• Holding / clamping
• Loud speakers
• Reed switches
• Security systems
• Sump plugs

Specific features:
• Operate at lower temperatures than cast alnico magnets - up to 250 degrees C maximum
• Economical
• High coercivity - do not lose their magnetic properties easily
• Hard and brittle

Ceramic Ferrite Disc
Application:
Often called “ceramic magnets”' because they are hard and brittle like porcelain, ferrite magnets are the most widely used magnet type, because of their low cost of manufacture and high coercive properties. There are two main forms: sintered and bonded.

Typical applications:
• Audio / television
• Holding / clamping
• Loud speakers
• Reed switches
• Security systems
• Sump plugs

Specific features:
• Operate at lower temperatures than cast alnico magnets - up to 250 degrees C maximum
• Economical
• High coercivity - do not lose their magnetic properties easily
• Hard and brittle

Ceramic Channels
Max temperature: 80° C, 176° F
Shallow limpet type magnets set in a mild steel shell

Ceramic Shallow Pots
Max temperature: 80° C, 176° F
Especially suited for bases for machine tool accessories.
Supplied with removable hook

Heavy Duty Ceramic Shallow Pots
Especially suited for bases for machine tool accessories.
Three M6 tapped holes with removable jacking screw.

Magnetic Discs
Material: Ceramic
Max temperature: 80° C, 176° F
Highly resistant to demagnetization.Variety of uses,
including holding notes, drawings and plans.

Flexible Magnets
Material: Strontium Ferrite
Max temperature: 80° C, 176° F
Supplied in sheet, strip and adhesive backed finishes.
Flexible strip and sheets available with colored vinyl finish. Can be cut with scissors.

Rare Earth Nickel Plated Magnets
Applications:
Neodymium iron boron (rare earth) is the highest strength magnet material available. Since the material itself is brittle and has poor corrosion resistance, it is generally coated or supplied as a magnetic assembly. Rare earth magnets are best used where space is at a premium or where a very high level of magnetism is required.

Specific features:
• High power
• Low maximum operating temperature - 100 degrees C
• Neodymium magnets are very brittle and must be handled with care. All are anisotropic, meaning that the magnet strength is strongest in one direction.