Neodymium Pot Magnet with external Threaded Stud
Neodymium pot magnet with with threaded stud, is built with disc magnet embedded in a high-permeability stainless steel shell. Steel shell can avoid brittle sintered Neodymium magnet from cracking or chipping during repeated impact and significantly enhance pull force simultaneously. Threaded bushing or screw socket allows for a variety of screw-in connection. Neodymium pot magnet with internal threaded bushing forms the basis of Neodymium hook magnet and Neodymium eyebolt magnet.
Neodymium Shallow Pot Magnet with an External Thread
Magnosphere Magnets offers pot magnets that produces increased amount of force into a material known as ferromagnetic. Coated with Ni or Zinc plated steel, NdFeB Pot Magnet with External Threaded Stud have an improved magnetic circuit, which allows clamping forces to achieve minimal size. To clamp up the magnet in such a place there are some pot magnets comes in standard hole and a nut. Within the pot assembly of these magnets, it carries out NdFeB permanent magnets. To make it workable at sub zero conditions (-10 to -20 deg C), ferromagnetic casing and design the whole process of Demagnetization which provides NdFeB can use up to +80 deg C. Some versions have an additional rubber coating also. Although, this rubber coating introduces an “air gap” which reduces the maximum clamping force. The additional friction provided the magnets to be clamp on a vertical surface, with extra friction to minimize sliding.
The sheer force required to slide a pot magnet along a clamped surface is approximately 1/5th of that of the direct pull force required to pull the magnet perpendicular to the clamped surface; using a rubber coat magnet which improves the sheer force.
The Pot Magnet that produces an with Male Threaded / External Threaded Stud / Boss, Mounted on a dimension in such way, that the basic pot size and the size of the stud which are given to the total height. The height of the main pot magnet plus the length of the stud.
Function of Pot Magnets (Neodymium Magnets) with Threaded Stud
- Principle: The strong neodymium magnets are embedded in a steel pot. The steel pot increases the adhesive force of the magnet on direct contact with a thick iron surface. If there is no direct contact with the counterpart, or if the steel plate is thin, painted or rough, you can strain it much less.
- Shear force: The indicated adhesive force was measured perpendicular to the surface to which the magnet should stick. It takes a lot less strength to move the magnet sideways. Therefore, you can strain a pot magnet much less if you use it on a wall as opposed to using it on the ceiling.
- Rust: These magnets are not rust-proof and therefore intended for dry indoor use.
Features
- These magnets have only one surface of magnetic attraction. This type of construction prevents further spread of magnetic field. Due to this, other items or machine parts in the vicinity of the pot magnets do not become magnetized.
- These magnets have ability to retain their magnetic force indefinitely.
- The magnetic force of these magnets are only affected by the increased temperature and external magnetic force.
ROHS-Directive
Magnosphere conforms to the RoHs directive and the Reach and PFOS regulations. Directive 2002/96 / EC of the European Parliament and of the Council, of January 27, 2003, on waste electrical and electronic equipment (WEEE).
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