Neodymium Cylinder - 4.72mm x 4.71mm
Product code: 21056
Neodymium Cylinder - 4.72mm x 4.71mm
Magnetic Product Description:
This rare earth cylinder has a diameter of 4.72mm and a height of 4.71mm. It has a magnetic flux reading of 5630 Gauss and a pull force of 700 grams. Its part number is 21056.
Uses for our rare earth cylinder magnets:
Round magnets like these Neodymium Cylinders are ideal for placement inside round drill holes, to create a magnetic bond between two surfaces. Tools, Utensils or other important Instruments, for either work or domestic use, that need to be close at hand can be magnetically suspended and easily accessed using magnetic hold. Placed in holes drilled in timber or even glued beneath a plastic surface, these strong magnets can attract and hold your metal equipment when not in use. This keeps things clean and out of harm's way, yet available when needed. Suspending equipment with magnetic hold protects it from damage, reduces safety-hazard issues and prolongs the life of valuable tools.
Neodymium Cylinder - 4.72mm x 4.71mm (21056)
Magnetic Product Description:
This rare earth cylinder has a diameter of 4.72mm and a height of 4.71mm. It has a magnetic flux reading of 5630 Gauss and a pull force of 700 grams. Its part number is 21056.
Uses for our rare earth cylinder magnets:
Round magnets like these Neodymium Cylinders are ideal for placement inside round drill holes, to create a magnetic bond between two surfaces. Tools, Utensils or other important Instruments, for either work or domestic use, that need to be close at hand can be magnetically suspended and easily accessed using magnetic hold. Placed in holes drilled in timber or even glued beneath a plastic surface, these strong magnets can attract and hold your metal equipment when not in use. This keeps things clean and out of harm's way, yet available when needed. Suspending equipment with magnetic hold protects it from damage, reduces safety-hazard issues and prolongs the life of valuable tools.
Neodymium Cylinder - 4.72mm x 4.71mm (21056)