Kennedy® Shallow Pot Magnets

Manufactured from ceramic ferrite material set in a mild steel shell. Suitable for holding machine tool accessories with M6 threads or building into jigs. Supplied with J bolt for easy release.

Kennedy® Power Magnets

A square horseshoe magnet. Supplied with plain fixing holes. kg pull (max): 25mm - 4.5, 30mm - 9.0 & 40mm - 11.8.

Neodymium Pot Magnets

Neodymium magnet in a cylindrical brass pot. Assembled with steel pole pieces to give a multi-pole effect which offers superior grip at the contact face ideal for clamping or lifting application. Ideally work at temperatures upto 80°C, but have a maximum working temperature of 100°C

Shallow

Disc Magnets

Nickle plated neodymium disc and block magnets Magnetic poles on both faces, supplied in tubes. Maximum working temperature 100°C

Block

Neodymium Pot Magnets

Neodymium magnet in a cylindrical brass pot. Assembled with steel pole pieces to give a multi-pole effect which offers superior grip at the contact face ideal for clamping or lifting application. Ideally work at temperatures upto 80°C, but have a maximum working temperature of 100°C

Deep

Kennedy® Bar Magnets

A range of one piece cylindrical magnets with opposing poles at either end. Permanently magnetic.

Kennedy® Shallow Pot Magnets

North polarity in centre separated from opposing pole by a continuous slot. For use in areas of restricted height. Supplied with plain bore fixing hole and keeper. Permanently magnetic. Can be used in temperatures up to 550C.

Magnetic Tool Rack

Holds tools fast when not in use, can be fixed to walls.

Neo-Hold Gripping Magnet

A high power gripping magnet achieved by two poles close together on one face. Thus a greater holding power is created, more than a pot or button magnets of a similar size. Ideal for confined work areas where more holding power is required. Can be used in temperatures up to 100°C.

Disc Magnets

Nickle plated neodymium disc and block magnets Magnetic poles on both faces, supplied in tubes. Maximum working temperature 100°C

Disc