Neodymium Round Hole Pot Magnet - D48mm dia. (63kg)
Product code: AMFYPB48
Australia's Leading Supplier
Shipping Worldwide*
30 Day Returns
Same Day Dispatch*
Neodymium Round Hole Pot Magnet - D48mm dia. (63kg)
This heavy duty Neodymium Pot Magnet has a round hole centre and a strong pull force of 63kgs. It has an outside diameter of 48mm and a thickness of 11.5mm. The product consists of a metal cup housing a Neodymium Rare Earth magnet and has a straight sided hole in the centre.
The straight sided hole allows simple fastening to almost any surface material such as timber, plastic or masonry to name just a few. Easily attach with a screw or bolt inside the hole at the centre of this magnet for a professional finish. There is no need mess around with glue that may damage your surface or perish and discolour over time. Screws stay true, making them the unsurpassed fixing solution.
These Magnets are very popular with Tradespeople and Fabricators because of their range and adaptability. The ease in which these can be adhered also makes them ideal for the home DIY uses. Fantastic for door latches, or closing mechanisms, simply recess the countersunk magnet into your door frame and attach a metal strip or strike plate to the door. Magnets are useful for a whole range of applications in remediating an assortment of issues around the workshop, warehouse or garage.
Rare Earth Neodymium magnets are the strongest permanent magnets commercially available and are the ideal magnet if you require maximum magnetic strength. They are up to seven times stronger than traditional magnets and come in a huge range of sizes, shapes and grades. Rare Earth magnets are magnetically stable and have a strong resistance to demagnetisation however they are not suitable for use in high temperature applications.
IMPORTANT NOTES:
Magnets rated holding force is when contacted directly against mild steel 3mm thick or greater.
The theoretical holding force described is for horizontal holding (based on a min 3mm thick steel surface). If you position the magnet to the vertical, you should divide the holding force amount by 3. This is due to the the influences of gravity and reduced friction.
AVOID:
Please note that magnetic strength will be weaker if the item you are attaching to is alloy, stainless steel, Colourbond steel, painted, oily, rusty or bumpy.
Also, if the ferrous item your attaching to is thin, the magnet will be weaker too, i.e. foil or sheet metal
If something in between the magnets and the surface your attaching to (i.e fabric), the pull strength also will be lesser.
This heavy duty Neodymium Pot Magnet has a round hole centre and a strong pull force of 63kgs. It has an outside diameter of 48mm and a thickness of 11.5mm. The product consists of a metal cup housing a Neodymium Rare Earth magnet and has a straight sided hole in the centre.
The straight sided hole allows simple fastening to almost any surface material such as timber, plastic or masonry to name just a few. Easily attach with a screw or bolt inside the hole at the centre of this magnet for a professional finish. There is no need mess around with glue that may damage your surface or perish and discolour over time. Screws stay true, making them the unsurpassed fixing solution.
These Magnets are very popular with Tradespeople and Fabricators because of their range and adaptability. The ease in which these can be adhered also makes them ideal for the home DIY uses. Fantastic for door latches, or closing mechanisms, simply recess the countersunk magnet into your door frame and attach a metal strip or strike plate to the door. Magnets are useful for a whole range of applications in remediating an assortment of issues around the workshop, warehouse or garage.
Rare Earth Neodymium magnets are the strongest permanent magnets commercially available and are the ideal magnet if you require maximum magnetic strength. They are up to seven times stronger than traditional magnets and come in a huge range of sizes, shapes and grades. Rare Earth magnets are magnetically stable and have a strong resistance to demagnetisation however they are not suitable for use in high temperature applications.
IMPORTANT NOTES:
Magnets rated holding force is when contacted directly against mild steel 3mm thick or greater.
The theoretical holding force described is for horizontal holding (based on a min 3mm thick steel surface). If you position the magnet to the vertical, you should divide the holding force amount by 3. This is due to the the influences of gravity and reduced friction.
AVOID:
Please note that magnetic strength will be weaker if the item you are attaching to is alloy, stainless steel, Colourbond steel, painted, oily, rusty or bumpy.
Also, if the ferrous item your attaching to is thin, the magnet will be weaker too, i.e. foil or sheet metal
If something in between the magnets and the surface your attaching to (i.e fabric), the pull strength also will be lesser.
