Neodymium Disc Magnets. Neodymium iron boron 'rare earth' material Strongest magnet material available 80°C max. operating temperature High resistance to de-magnetisation Anisotropic N35 grade mate...
Eclipse Neodymium Disc MagnetThe Eclipse neodymium disc magnet is made of rare-earth iron boron and has a pull force of 0.3kg. This coin-shaped axially magnetised magnet can be stacked in attractio...
Neodymium Disc Magnets. Neodymium iron boron 'rare earth' material Strongest magnet material available 80°C max. operating temperature High resistance to de-magnetisation Anisotropic N35 grade mate...
Neodymium Disc Magnets. Neodymium iron boron 'rare earth' material Strongest magnet material available 80°C max. operating temperature High resistance to de-magnetisation Anisotropic N35 grade mate...
Neodymium Disc Magnets. Neodymium iron boron 'rare earth' material Strongest magnet material available 80°C max. operating temperature High resistance to de-magnetisation Anisotropic N35 grade mate...
Adhesive Backed Disc Magnets. These adhesive-backed neodymium magnets from Eclipse Magnets feature 3M 486 adhesive backing for the best possible adhesion coupled with the strongest magnet material ...
Adhesive Backed Disc Magnets. These adhesive-backed neodymium magnets from Eclipse Magnets feature 3M 486 adhesive backing for the best possible adhesion coupled with the strongest magnet material ...
Adhesive Backed Disc Magnets. These adhesive-backed neodymium magnets from Eclipse Magnets feature 3M 486 adhesive backing for the best possible adhesion coupled with the strongest magnet material ...
Adhesive Backed Disc Magnets. These adhesive-backed neodymium magnets from Eclipse Magnets feature 3M 486 adhesive backing for the best possible adhesion coupled with the strongest magnet material ...
Neodymium Disc Magnets. Neodymium iron boron 'rare earth' material Strongest magnet material available 80°C max. operating temperature High resistance to de-magnetisation Anisotropic N35 grade mate...
Adhesive Backed Disc Magnets. These adhesive-backed neodymium magnets from Eclipse Magnets feature 3M 486 adhesive backing for the best possible adhesion coupled with the strongest magnet material ...
Adhesive Backed Disc Magnets. These adhesive-backed neodymium magnets from Eclipse Magnets feature 3M 486 adhesive backing for the best possible adhesion coupled with the strongest magnet material ...
Eclipse Disc MagnetThe Eclipse disc magnet is made of neodymium iron boron rare earth material and has 0.4kg pull force. This coin-shaped axially magnetised magnet can be stacked together to create...
Neodymium Disc Magnets. Neodymium iron boron 'rare earth' material Strongest magnet material available 80°C max. operating temperature High resistance to de-magnetisation Anisotropic N35 grade mate...
Eclipse Disc MagnetThe Eclipse disc magnet is made of neodymium iron boron rare earth material and has 0.55kg pull force. This coin-shaped axially magnetised magnet can be stacked together to creat...
Neodymium Disc Magnets. Neodymium iron boron 'rare earth' material Strongest magnet material available 80°C max. operating temperature High resistance to de-magnetisation Anisotropic N35 grade mate...
Adhesive Backed Disc Magnets. These adhesive-backed neodymium magnets from Eclipse Magnets feature 3M 486 adhesive backing for the best possible adhesion coupled with the strongest magnet material ...
Adhesive Backed Disc Magnets. These adhesive-backed neodymium magnets from Eclipse Magnets feature 3M 486 adhesive backing for the best possible adhesion coupled with the strongest magnet material ...
Shallow Pot Neodymium Magnets. Maximising contact area with high strength Made from Rare Earth material giving high strength flux fields Assembled in a mild steel zinc coated shallow pot The neodym...
Adhesive Backed Disc Magnets. These adhesive-backed neodymium magnets from Eclipse Magnets feature 3M 486 adhesive backing for the best possible adhesion coupled with the strongest magnet material ...
Adhesive Backed Disc Magnets. These adhesive-backed neodymium magnets from Eclipse Magnets feature 3M 486 adhesive backing for the best possible adhesion coupled with the strongest magnet material ...
Neodymium Deep Pott Magnet With Internal Thread. The Eclipse galvanised neodymium deep pot magnet with an internal thread is a perfect solution for magnetic holding, lifting or antenna mounting and...
Neodymium Disc Magnets. Neodymium iron boron 'rare earth' material Strongest magnet material available 80°C max. operating temperature High resistance to de-magnetisation Anisotropic N35 grade mate...
Eclipse Disc MagnetThe Eclipse disc magnet is made of neodymium iron boron rare earth material and has 0.7kg pull force. This coin-shaped axially magnetised magnet can be stacked together to create...
3M 486 adhesive backing for best adhesion Ideal, easy application for magnetic closures and fixings Quick release tab for fast and effective liner removal 80˚ max operating temp
3M 486 adhesive backing for best adhesion Ideal, easy application for magnetic closures and fixings Quick release tab for fast and effective liner removal 80˚ max operating temp
Eclipse Adhesive Back Disc MagnetThe Eclipse adhesive back disc magnet has an adhesive-backed layer on one pole. The adhesive layer is a 3M 468 adhesive with a protective backing strip, simply remo...
Adhesive Backed Disc Magnets. These adhesive-backed neodymium magnets from Eclipse Magnets feature 3M 486 adhesive backing for the best possible adhesion coupled with the strongest magnet material ...
Eclipse Disc MagnetThe Eclipse disc magnet is made of neodymium iron boron rare earth material and has 0.85kg pull force. This coin-shaped axially magnetised magnet can be stacked together to creat...
Neodymium Disc Magnets. Neodymium iron boron 'rare earth' material Strongest magnet material available 80°C max. operating temperature High resistance to de-magnetisation Anisotropic N35 grade mate...
Eclipse Disc MagnetThe Eclipse disc magnet is made of neodymium iron boron rare earth material and has 0.9kg pull force. This coin-shaped axially magnetised magnet can be stacked together to create...
Neodymium Disc Magnets. Neodymium iron boron 'rare earth' material Strongest magnet material available 80°C max. operating temperature High resistance to de-magnetisation Anisotropic N35 grade mate...
Neodymium Deep Pott Magnet With Internal Thread. The Eclipse galvanised neodymium deep pot magnet with an internal thread is a perfect solution for magnetic holding, lifting or antenna mounting and...
3M 486 adhesive backing for best adhesion Ideal, easy application for magnetic closures and fixings Quick release tab for fast and effective liner removal 80˚ max operating temp
3M 486 adhesive backing for best adhesion Ideal, easy application for magnetic closures and fixings Quick release tab for fast and effective liner removal 80˚ max operating temp
Eclipse Neodymium Disc MagnetThe Eclipse neodymium disc magnet is made of rare-earth iron boron and has a pull force of 1.32kg. This coin-shaped axially magnetised magnet can be stacked in attracti...
Neodymium Shallow Pot Magnets Countersunk. Neodymium shallow pot magnet with countersunk hole Zinc plated body 80°C max. operating temperature Easily secured in position using a countersunk screw U...
Shallow Pot Neodymium Magnets. Maximising contact area with high strength Made from Rare Earth material giving high strength flux fields Assembled in a mild steel zinc coated shallow pot The neodym...
Eclipse Disc MagnetThe Eclipse disc magnet is made of neodymium iron boron rare earth material and has 1.3kg pull force. This coin-shaped axially magnetised magnet can be stacked together to create...
Eclipse Disc MagnetThe Eclipse disc magnet is made of neodymium iron boron rare earth material and has 1.3kg pull force. This coin-shaped axially magnetised magnet can be stacked together to create...
Neodymium Disc Magnets. Neodymium iron boron 'rare earth' material Strongest magnet material available 80°C max. operating temperature High resistance to de-magnetisation Anisotropic N35 grade mate...
Neodymium Disc Magnets. Neodymium iron boron 'rare earth' material Strongest magnet material available 80°C max. operating temperature High resistance to de-magnetisation Anisotropic N35 grade mate...
Adhesive Backed Disc Magnets3M 486 adhesive backing for best adhesion Quick release tab for fast and effective liner removal Strongest magnet material available Maximum operating temperature 80°C
3M 486 adhesive backing for best adhesion Ideal, easy application for magnetic closures and fixings Quick release tab for fast and effective liner removal 80˚ max operating temp
Eclipse Disc MagnetThe Eclipse disc magnet is made of neodymium iron boron rare earth material and has 1.6kg pull force. This coin-shaped axially magnetised magnet can be stacked together to create...
Eclipse Disc MagnetThe Eclipse disc magnet is made of neodymium iron boron rare earth material and has 1.7kg pull force. This coin-shaped axially magnetised magnet can be stacked together to create...
Eclipse Neodymium Shallow Pot MagnetThe Eclipse neodymium shallow pot magnet features a countersunk hole to accommodate screw fixings with 10.5kg pull force. It is ideal for applications where magn...
Eclipse Neodymium Disc MagnetThe Eclipse neodymium disc magnet is made of rare-earth iron boron and has a pull force of 10.5kg. This coin-shaped axially magnetised magnet can be stacked in attracti...
Eclipse Neodymium Shallow Pot Magnets With Internal Thread. Eclipse Neodymium shallow pot magnets with internal thread have a zinc body and a threaded stem. The magnets can be used together with ev...
Applications The plastic hooks are available in a variety of colours to suit any of your needs Turns freely 360˚ around Great for hanging various items in a desired direction without the need for n...
