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Neodymium Ring Magnet - OD25mm x H5mm x ID12mm | N38
Product code: R-OD25H5ID12-N38
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Magnetic Product Description:
This neodymium magnetic ring has an outer diameter of 25mm, an inner diameter of 12mm and the height of 5mm. It is identified by the AMF magnet part number R-OD25H5ID12-N38.
Uses for our rare earth ring magnets:
Magnets made from Neodymium material offer the strongest magnetic power available. Ring-shaped magnets are a very popular shape with both manufacturers and general consumers. Strong Ring magnets can reduce scale in water pipes, act as closure mechanisms for cabinetry, create motion in electric motors and detect metal in their proximity which can then activate sensors, switches and warning signals. Ring-shaped magnets are simple to attach to other surfaces. Any type of wire or cord can be looped through the central hole to secure the magnet in the appropriate position. Some of the most important traits of magnetic hold are its permanence and the remote and frictionless way it operates. Electricity and moving mechanical parts are not necessary in order for magnets to hold and attract ferrous material or to bond with other magnets.
No FAQ available
Magnetic Product Description:
This neodymium magnetic ring has an outer diameter of 25mm, an inner diameter of 12mm and the height of 5mm. It is identified by the AMF magnet part number R-OD25H5ID12-N38.
Uses for our rare earth ring magnets:
Magnets made from Neodymium material offer the strongest magnetic power available. Ring-shaped magnets are a very popular shape with both manufacturers and general consumers. Strong Ring magnets can reduce scale in water pipes, act as closure mechanisms for cabinetry, create motion in electric motors and detect metal in their proximity which can then activate sensors, switches and warning signals. Ring-shaped magnets are simple to attach to other surfaces. Any type of wire or cord can be looped through the central hole to secure the magnet in the appropriate position. Some of the most important traits of magnetic hold are its permanence and the remote and frictionless way it operates. Electricity and moving mechanical parts are not necessary in order for magnets to hold and attract ferrous material or to bond with other magnets.
No FAQ available
