Magnetic Fastening System for Insulation Blankets 1.25 inch Dia, Neodymium Fastener Magnets with Countersunk Borehole, Neodymium Magnet System in Steelpot Countersunk (Countersink), NdFeB Cup Magnet with 90 ° Countersunk Hole
Magnetic Fastening System for Insulation Blankets Parameter:
MAGNETIC FACE: 1.25in / 31.75mm
THICKNESS: 0.25in / 6.35mm
HOLE DIAMETER: 0.22in / 5.5mm
MINOR DIAMETER: 0.41in / 10.4mm
INDIVIDUAL WEIGHT: 0.0625lbs. / 0.028kg
WEIGHT: 0.38lbs. / 0.17kg
PULL FORCE: 50-70lbs. / 23-32kg
MATERIAL: NdFeB
METAL HOUSE: A3
TYPE: Pot Magnets
SHAPE: Pot / Disc
COATING TYPE: Zinc Plated
MAX OPERATING TEMPERATURE: 176ºF / 80ºC
UNITS PER PACK: 6
NdFeB Pot Magnet with countersunk mounting has a countersunk hole as well in the front face makes it easy to fix in countersunk screw (M4, M5 and DB ). These magnets also idle for using many applications such as sale displays, marketing displays, doors, panels, and false ceilings.
Countersunk pot magnets also up for garb in may diameters such as 10mm, 60mm and with a greatest pull of 1.3 kg to 130kg. Our magnets provide maximum amount of operating temperature of +80 Degrees C with NdFeB. Stainless Steel 304 Neodymium Magnetic Separator Grid
In these products, our neodymium magnets are sunk in a steel pot and have a centered borehole and countersink. Hence, they can be screwed into the wall or ceiling with an appropriate countersunk screw and you can attach various objects. Besides countersunk pot magnets made of ferrite, you can also find pot magnets with cylindrical borehole in our assortment.
1.25″ Countersunk Pot Magnet Accessories
Magnetic fastening system, used to hold insulation blankets on irregular shaped machines. Each order includes a set of 6 magnets.
Caution: Keep Magnets away from electrical wires and electronic devices
NdFeB Pot Magnets are best for small sized magnetic products with maximum pull strength (ideally when in direct contact with ferromagnetic e.g. mild steel surfaces). The actual pull force achieved is dependent on the surface that is being clamped onto (material type, thickness, flatness, friction levels, etc), its quality (e.g. rust free), its size (thickness plus total surface area), etc.
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