Water conditioning magnets refer to an invention that is capable of changing the molecular arrangement of atoms of water. To get an understanding of what mechanism these magnets use for the purpose, we need to go into the depth of some scientific terminology. Whenever we place a magnetic field upon the water, it instantly reduces
Magnetic Material Archives | Stanford Magnets
December 16, 2019
November 18, 2019
Some Permanent Magnets that Keep the Entire World Running
Rare earth or perpetual are made from components in the rare earth assembly of the occasional table of the components. While once acknowledged rare, these components have been discovered to be as normal as lead or tin. Be that as it may, their helpfulness in changeless did not get clear until the Rare earth was
October 21, 2019
Cerium Effect on the Permanent Magnet Industry
The majority of the rare earth components are found in gathering 3 of the occasional table: they incorporate the components Scandium; Yttrium; Lanthanum; Cerium; Praseodymium; Neodymium; Promethium; Samarium; Europium; Gadolinium; Terbium; Dysprosium; Holmium; Erbium; Thulium; Ytterbium; Lutetium. While Cerium wasn’t linked to magnetism earlier, this rare earth element does have an influence on the permanent
September 30, 2019
Types And Characteristics of Rare Earth Magnets
Earth magnets, particularly those of the rare sort, are solid forms of magnets originating from rare earth composites or components. These got prevalent as they were created in the turn of the ’70s and ’80s. They are viewed as stronger than different magnetizers made out of alnico and ferrite. The quality of these magnets is
September 9, 2019
Are Rare Earth Magnets Really “Rare”?
Rare Earth Metals are a gathering of 17 metallic components with comparative properties and structures that are crucial in the assembling of a various and extending show of high-engineering provisions. They are basic segments in hi-tech items including advanced cells and half breed autos. They are likewise utilized as a part of workstation circles and
August 12, 2019
Do Rare Earth Magnets Lose Strength Over Time
The answer is YES. Magnetic spaces secured, bring about the capacity of a lasting magnet to backing an outside magnetic field. Once settled these area positions are held until followed up on by strengths surpassing those of the bolted spaces. The vitality needed to change the magnetic field handled by magnet changes for each one
April 30, 2019
Something you Should Know About Neodymium Magnets Coatings
The magnets coating is used to protect the neodymium magnets. Neodymium is easy to react to oxygen and oxidizes quickly if untreated. That’s why all neodymium magnets are covered with a protective coating, which is so thin that it doesn’t have any impact on the adhesive force of the magnet. Epoxy (KTL) coating Our epoxy
February 18, 2019
What are the Applications of Magnetic Pulley Separator
Permanent magnet pulley is an easy replacement of drive pulleys. These magnetic pulleys have magnetic power over the entire or half circumference and ensure effective cleaning of magnetic contamination from the material being discharged from conveyors. Magnetic Separation Pulleys are designed and manufactured for maximum reach out, holding force and separation effectiveness. There are two
January 25, 2019
How Does Permanent Magnetic Lifter Work
Magnetic Lifters has strong magnetic path produced by NdFeB magnet which supplies permanent power, On and off of the magnetic path is controlled by turning the manual handle. The lifters have the features of strong attraction, smaller volume, lighter weight, powerful lifting effort, easy and safe to operate, long-period effort and without power supply. The
January 7, 2019
List of Magnet Applications in Practical Life
Application in Traditional Industry In describing the magnetic sources, electromagnetic induction and magnetic devices of magnetic materials, we have mentioned the practical application of some magnetic materials. In fact, magnetic materials have been widely used in various aspects of the traditional industry. For example, without magnetic materials, electrification would be impossible because generators, transformers for