Ring Axial Sintered Neodymium Magnet for Pneumatic Cylinder, Epoxy Resin High Performance Rare Earth Super Strong Licensed Sintered NdFeB Ring Magnet for Pneumatic Cylinder, Magnetic Sensor Components, Epoxy Coated Pneumatic Cylinder Magnetic Rings, Amazing Powerful Air Cylinder NdFeB Permanent Magnets, MAGNET FOR PNEUMATIC CYLINDER POSITIONING SENSOR China Supplier Ring Axial Sintered Neodymium Magnet for Pneumatic […]
Neodymium Anisotropic Bonded Magnets, Multipolar Anisotropic NdFeB Ring Magnets, Plastic Compression Moulding Bonded Neo Magnets, Anisotropic Pressed Plastic Bonded Magnets, anisotropic NdFeB radially unipolar and multipolar ring magnets
Neodymium Anisotropic Bonded Magnets Ring Item No. ABNM-09
Format: Any other dimensions can be supplied to order. The ring is gray epoxy coated.
Maximum working temperature: 80ºC
Observations: This manufacturing method allows for the creation of more complex geometric shapes. Pressed bonded magnets therefore have a variety of applications. Some examples are magnetic parts in motors, magnetic encoders for domestic white goods, washing machines, the automotive industry, etc.
Measurements: According to customer specifications.
Magnetics has available Neodymium (NdFeB) Bonded Magnets. Bonded magnets are one of the most important magnetic materials. It opened a new world of application possibilities. Thermo-elastomer and thermo-plastic resins can be blended together with a variety of magnetic powders to form injection molded, compression and flexible magnets.
Bonded neo powder is incorporated into numerous end market applications that utilize bonded neo magnets. These products are primarily motors and sensors used in a range of products, including computer and office equipment (e.g., hard disk drives and optical disk drive motors and fax, copier and printer stepper motors), consumer electronics (e.g., personal video recorders and mp3 music players), automotive and industrial applications (e.g., instrument panel motors, seat motors and air bag sensors) and home ventilation systems (e.g., ceiling fans).
Nd-Fe-B powder is combined with synthetic resin or polymer to form the bonded magnets. An important way of manufacturing these magnets is through the process of injection molding. The Nd-Fe-B alloy used for the production process is formed by a rapid quenching method. The hot molten Nd-Fe-B alloy is forced through a tiny nozzle unto a water cooling drum that is rotating at a very high speed to form thin crystalline Nd-Fe-B alloy ribbons that will be crushed into powder. The powder is further subjected to heat treatment to improve its coercive force and then mixed with the synthetic resin. The resulting mixture is kneaded, pelletized and then sent to the injection molding process. A mold which will form the desired shape of the magnet is first custom designed from a metal and the pellets are fed into the mold and melted at high pressure. Mechanical or hydraulic pressure is applied to the mixture so as to ensure that all cavities within the mold are filled. An external magnetic field (for anisotropic magnets) is also applied on the magnet during the injection molding process. It is then allowed to cool and removed with ejecting pins. Excess materials on the finished magnet is trimmed off and recycled. The finished magnet is inspected and packed up. anisotropic bonded neo rings