Self-Adhesive Pair of Neodymium Block Magnets - 20mm x 10mm x 1mm | Sold Per Pair | N35
Product Code61003
Magnetic Product Description:
This pair of rare earth block magnets have a length of 20mm, a width of 10mm and a height of 1mm. They have the 3M 467 adhesive on opposite sides of the pair of magnets. The adhesive has a thickness of 0.06 mm. This pair of block magnets are identified by the AMF magnet part number 61003.
Uses for our pair of Rare Earth Block Magnets:
What does a huge mining company with tens of thousands of workers have in common with a few employees working for a state art gallery? Well, there is this pair of 20mm x 10mm x 1mm magnets each equipped with an adhesive on one face to attach to non-magnetic surfaces. Many employees of both companies love these versatile little magnets.
For a multitude of fastening tasks to non-magnetic surfaces like painted timber doors or windows, unpainted cupboards and wardrobes and painted walls, these useful little magnets come when called for.
For easy fastening and display of photos and mementoes around the home or workplace, simply peel away the protective backing paper from the adhesive face of the magnet and apply to a nonmagnetic surface for a secure hold. When needs must, unfasten the item, and apply a new photo or item to the magnet. From landscapes to portraits, is there anything magnets can’t do?
This pair of rare earth block magnets is ideal for sticking on to any non-magnetic surface. They can be used in your office, warehouse or home.
No FAQ available
product
https://amfnz.myshopify.com/products/neodymium-block-s-a-pair-20mm-x-10mm-x-1mm-moq-10-pairs-n354570388660278Self-Adhesive Pair of Neodymium Block Magnets - 20mm x 10mm x 1mm | Sold Per Pair | N354.89//amfnz.myshopify.com/cdn/shop/products/61003_1_ce758fd9-0bee-4960-aadc-51ce3a5ca538.jpg?v=1674089366//amfnz.myshopify.com/cdn/shop/products/61003_1_ce758fd9-0bee-4960-aadc-51ce3a5ca538_large.jpg?v=1674089366AUDInStock169821667382Self-Adhesive Magnetic Patches
Magnetic Product Description:
This pair of rare earth block magnets have a length of 20mm, a width of 10mm and a height of 1mm. They have the 3M 467 adhesive on opposite sides of the pair of magnets. The adhesive has a thickness of 0.06 mm. This pair of block magnets are identified by the AMF magnet part number 61003.
Uses for our pair of Rare Earth Block Magnets:
What does a huge mining company with tens of thousands of workers have in common with a few employees working for a state art gallery? Well, there is this pair of 20mm x 10mm x 1mm magnets each equipped with an adhesive on one face to attach to non-magnetic surfaces. Many employees of both companies love these versatile little magnets.
For a multitude of fastening tasks to non-magnetic surfaces like painted timber doors or windows, unpainted cupboards and wardrobes and painted walls, these useful little magnets come when called for.
For easy fastening and display of photos and mementoes around the home or workplace, simply peel away the protective backing paper from the adhesive face of the magnet and apply to a nonmagnetic surface for a secure hold. When needs must, unfasten the item, and apply a new photo or item to the magnet. From landscapes to portraits, is there anything magnets can’t do?
This pair of rare earth block magnets is ideal for sticking on to any non-magnetic surface. They can be used in your office, warehouse or home.
AMF MAGNETICS0.5kg-1kgBest_SellerH_1mmL_20mmadd-to-cart32240175906870Default Title4.89//amfnz.myshopify.com/cdn/shopifycloud/shopify/assets/no-image-2048-5e88c1b20e087fb7bbe9a3771824e743c244f437e4f8ba93bbf7b11b53f7824c.gifhttps://amfnz.myshopify.com/products/neodymium-block-s-a-pair-20mm-x-10mm-x-1mm-moq-10-pairs-n35?variant=32240175906870InStockDefault Title
The Pull Force listed for each magnet is based on lifting 10mm thick steel from a horizontal surface. Magnets on a vertical surface
(of 10mm thick steel) are generally able to hold around only 30% of the pull force listed in the product description. This is due to
the effects of gravity and the lack of friction between the surface and the shiny magnet.
Read More