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Location: 517 High Street, Northcote VIC 3070 Australia Google Maps
Phone: 03 9482 6733 Trading Hours: Monday to Friday 9am to 5pm, Saturday: 10am to 4pm, Sunday: Closed

Neodymium Rare Earth Magnets

Shallow Pots Bos

Standard magnet characteristics

All Rare Earth Magnets are N42 Grade & SILVER in colour
Variations in image colour is due to monitor, or original photo interpretation.
Magnetic Properties Magnetization Direction Size: D & T
Diameter & Thickness
Temperature Range:
- 196°C / + 80°C
Neodymium Rare Earth Magnet Neodymium Rare Earth Magnet Neodymium Rare Earth Magnet

Diameter: 16mm Length: 25mm Length: 32mm Length: 42mm
Thickness: 13mm Thickness: 17mm Thickness: 18mm Thickness: 20mm
Metric Thread: 4mm Metric Thread: 5mm Metric Thread: 6mm Metric Thread: 8mm
BOS Length: 9mm BOS Length: 8mm BOS Length: 10mm BOS Length: 10mm
Grade: N35 Grade: N35 Grade: N35 Grade: N35
Pull Strength: 5.5kg Pull Strength: 22kg Pull Strength: 34kg Pull Strength: 68kg
Neodymium Pots BOS Neodymium Pots BOS Neodymium Pots BOS Neodymium Pots BOS
Diameter: 75mm      
Thickness: 34mm      
Metric Thread: 10mm      
BOS Length: 15mm      
Grade: N35      
Pull Strength: 164kg      
Neodymium Pots BOS Neodymium Pots BOS Neodymium Pots BOS Neodymium Pots BOS
     
     
     
All Australian purchases will have GST added to the purchase price at Check Out

Rare Earth Discs - Rods - Blocks - Rings - PK Rings - Shallow Pots - Pots & Hooks - Pots & BOS
Pots & Eyelets - Pots Rubber Coated - Rare Earth Spheres - Fishing Magnets
Rods are determined as having the same thickness or greater than the diameter of the magnet.
 
Contact Fastmag to quote on bulk purchases
 
SPECIAL
Neodymium Rare Earth Magnet
Rare Earth Disc
D 25mm x T 5mm
Small but Strong!
Was $8.00
Now $5.00
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Pull Strength
Neodymium Rare Earth Magnet

The Pull Force is the force required to pull a magnet free from a flat steel plate using force perpendicular to the surface. This is the standard for testing  magnet pull strength. Air gaps and changes in surface material will substantially reduce the effectiveness of the pull force, or pull strength of the magnet.

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