MAGNET IN ALL CATEGORIES Alnico Magnet Assemblies - Island 2 Pole (13 matching Items) IMA375 IMA500 IMA502 IMA504 IMA625 IMA750 IMA752 IMA754 IMA756 IMA1000 Alnico Magnet Assemblies - Island 2 Pole Alnico Magnet Assemblies - Jacket Shielded (10 matching Items) IMABS1825 IMABS1850 IMABS2525 IMABS2550 IMABS3125 IMABS3150 IMABS3737 IMABS5050 IMABS7575 IMABS3775 Alnico Magnet Assemblies - Jacket [...]
Rare Earth Magnets: An Explainer Rare earth magnets, known for their high performance, are magnets made from alloys of rare earth elements. Developed initially in the 1970s and 80s, they quickly became a vital component in technology and industrial applications due to their relative affordability and unparalleled strength. However, the name “rare earth” is somewhat [...]
Magnetic Separation Grids Versatile, high-intensity magnetic grid or grate separators Ideal for use with most powder or granulate substances Ideal for most gravity/free fall lines Extracts hazardous fine ferrous particles Circular or Square configurations available A simple addition to bolster HACCP systems Simple, cost effective protection against ferrous contamination Our versatile and high-performing magnetic separator [...]
Magnetic Grids for Sieves Drop in replacements for standard vibratory sieves Position beneath the sieve screen for extra protection High-intensity magnetic field extracts fine ferrous particles Available with metal detectable silicon rubber seal ATEX approved versions available Protective case available Added protection for vibratory sieves Direct drop-in fit to Russell Finex Compact & Farley Greene [...]
What substances do magnetic separators typically protect? Magnetic separators are effective in any sector which has risk of ferrous particle ingress. Safety critical processes such as food, pharmaceuticals and chemicals use both primary and secondary separators to protect powders, granulates and liquids. Typical examples being flour, starch, sugar, chocolate, tea and cereal. In other industries [...]
Titanium Nitride Plated Magnets Medical industry is a relatively high-end application to the permanent magnets, especially in-body use. The FDA requires medical magnets must have approved biocompatible coating, thereby, parylene-coated magnet and Titanium Nitride coated magnet are generally served for this area. About Titanium Nitride Coating As the fourth transition metal nitrides, Titanium Nitride had [...]
Titanium Nitride Coated Neodymium Magnets Titanium Nitride (TiN) has good chemical stability and corrosion resistance. Bare Neodymium magnets implanted in the human body is extremely easy to corrosion. The corrosion not only affects the Neodymium magnets' performance, but also leads to the release of potentially harmful substances due to Neodymium magnets chemical compositions. Titanium Nitride [...]
Standards and Regulations for Neodymium Magnet Use Though neodymium magnets have a strong magnetic field, they are very brittle and require special handling. Several industrial monitoring agencies have developed regulations regarding the handling, manufacture, and shipping of neodymium magnets. A brief description of a few of the regulations is listed below. Standards and Regulations for [...]
Applications for Neodymium Magnets Since their discovery, in the early 1980s, neodymium magnets have become the most widely used of the many varieties of magnets. They can be found in several everyday devices from disk drives to magnetic parts of cars and airplanes. Neodymium magnets can be produced in any size but retain their initial [...]
How are Neodymium Magnets Made? The two processes used to manufacture neodymium magnets are sintering and bonding. The properties of the finished magnets vary depending on how they are produced with sintering being the best of the two methods. How Neodymium Magnets are Made Sintering Melting: The Neodymium, Iron and Boron are measured out and [...]
What are the Properties of a Neodymium Magnet? The main characteristic of neodymium magnets is how strong they are for their size. The magnetic field of a neodymium magnet occurs when a magnetic field is applied to it and the atomic dipoles align, which is the magnetic hysteresis loop. When the magnetic field is removed, [...]
Working Temperature Of Neodymium Magnets 1. How the Working Temperature is Classified? The working temperature of a regular neodymium magnet is 80 degree Celsius or 176 Fahrenheit. The highest working temperature the current technology can reach is 220 degree Celsius or 428 Fahrenheit for a neodymium magnet. Working Temperature Of Neodymium Magnets The [...]