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Product code: MBPS-20R
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This pair of stitchable Magnetic Buttons is identified by the AMF Magnet part number
MBPS-20R.
These sewable magnetic buttons are easy to sew into place, and are sold by the pair to create a strong magnetic closure. Ideal for using in bags, totes, backpacks, jacket pockets, purses, or on curtains, privacy screens and lanyards. The clear PVC coating makes it easy to sew-in the button by hand or machine.
These stitchable magnetic buttons come as a North/South pair.
Steps for use:
Your magnetic buttons are now ready to use.
These sew in magnets work perfectly for custom window fly/mosquito screens. The magnets hold well to the metal around the door frame. Once the car door is closed the magnets and screen are pressed between the door and door seal. Sewed a chain at the bottom to keep that bit down.
Great to have this rectangular option!
No FAQ available
This pair of stitchable Magnetic Buttons is identified by the AMF Magnet part number
MBPS-20R.
These sewable magnetic buttons are easy to sew into place, and are sold by the pair to create a strong magnetic closure. Ideal for using in bags, totes, backpacks, jacket pockets, purses, or on curtains, privacy screens and lanyards. The clear PVC coating makes it easy to sew-in the button by hand or machine.
These stitchable magnetic buttons come as a North/South pair.
Steps for use:
Your magnetic buttons are now ready to use.
These sew in magnets work perfectly for custom window fly/mosquito screens. The magnets hold well to the metal around the door frame. Once the car door is closed the magnets and screen are pressed between the door and door seal. Sewed a chain at the bottom to keep that bit down.
Great to have this rectangular option!
No FAQ available
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
