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SmFeN magnetic material uses abundant rare-earth Sm element instead of expensive elements of Nd, Dy, Co, etc, and is the most cost-effective rare earth permanent magnetic material. Compared with the bonded neodymium magnet, the bonded SmFeN magnets has higher magnetic properties and lower prices. Moreover, curie temperature, corrosion resistance, and thermal stability of bonded SmFeN magnet perform much better than bonded neodymium magnet. Bonded SmFeN magnet as an alternative of bonded neodymium magnet has broad application prospects.

We provide different types of magnetic materials, for example, soft magnet and hard magnet, bonded magnetic compounds, ferromagnetic compounds to meet the diverse application requirements for our customers, including hard magnetic bonded compounds and soft magnetic bonded compounds. If you are looking for a lightweight, reliable, mass-produced, and customized product, bonded magnetic compounds are an ideal alternative.In addition to bonded magnetic compounds, we can also cooperate with customers to develop customized functional composite materials, such as high-density compounds and metal bonded plastic. We are committed to providing customers with new user experience and different design inspiration.

Hybrid Bonded Magnetic Compounds Introductions： By mixing different kinds of magnetic powder in different proportions, we can obtain a series of hybrid magnets whose magnetic properties are higher than ferrite bonding magnet and lower than bonded neodymium (anisotropic) magnet, which can meet the customized application demands and reduce the cost.

We provide soft ferromagnetic materials, soft magnetic composite materials, 5G magnetic plastic at competitive price, feel free to contact! Properties of Soft Magnetic Materials Unidirectional high permeability can be achieved by flake-shape powder orientation. The saturation magnetization of sintered ferrite can be achieved by using metal soft magnetic materials. High design freedom in part structure can be designed with a sintered soft magnetic core together.

Bonded Neodymium Magnetic Ferrite Compound As rare earth permanent magnetic material, Neodymium-Iron-Boron has been widely used in modern industry and electronic technology due to its high magnetic energy product and coercivity, thus it is possible for miniaturization and lightweight of some electromagnetic conversion equipment. The use of large amounts of element neodymium is the main reason for the high price of NdFeB. We have isotropic (NB/NC series) and anisotropic (HNB series) bonded neodymium magnetic compounds. The maximum energy product (BH)max of our bonded NdFeB magnetic compounds ranges from 2.5 to 14 MGOe.

We can provide customers with appropriate mold design scheme (magnetic circuit design and mold-flow analysis) and optimization processing parameter based on the material characteristics to obtain the best performance of the material, we also cooperate with our customer to analyze and improve the problems encountered in the magnetic field questions and solutions. Q: Is it possible to provide products with appropriate performance according to injection magnet samples? A: we have a range of test equipment that can quickly determine the resin matrix and magnetic properties of samples, and recommend suitable materials for you.

The high resistivity of hard-ferrite bonded magnets results in low eddy current loss, which can be used for high-speed motor. As an experienced ferrite magnet supplier, Chase provide high quality hard ferrite magnets, feel free to contact us. Properties of hard-ferrite bonded magnetic compounds：  Excellent mechanical properties make it more resistant to crack.

The man who had predicted the storm was Goesta Wollin. Since the early 1970's he has been convinced that the earth's magnetism affects climate…In 1970 Wollin and a colleague, David Ericson, began to study climatic changes that have taken place since the last ice age, 11,000 years ago. By chance, the same week they finished plotting their temperature curves, an article published in Science outlined the changes in the earth's magnetic field over the identical span of time.

Bonded Neodymium Magnetic Compounds Introductions Bonded neodymium magnets (bonded NdFeB magnet) have high mechanical performance and no need for surface coating and other processes, which can effectively avoid the shortcomings of brittle and poor corrosion resistance of sintered NdFeB magnet.

We comprehend that the strength of a magnet is fabulously powerful. We are capable to really thoroughly and closely question or examine this attraction and resistance by bringing more than one magnets together.

With fuel prices rising and supplies dwindling, more and more inventors are turning their creativity towards cars that work without the need for barrels of gasoline. True, there have been a number of vehicles released that run on electricity but now designers are turning to another precious resource - air. It's not a new concept, as early as the 1920s, car designers were dabbling with the idea of cars that could run off air alone - one involved cycling air through a propeller at the front of the car - but few came to fruition. Now, designers are again looking at how air can be used to power a car.

At the recently held EWEC 2009 wind energy conference and exhibition most exhibitors agreed that while there has been a substantial business slowdown due to problems linked to obtaining wind project financing, an upturn in demand during the second half of 2009 is beginning to play out, at least in the U.S. Other exhibitors, on the other hand, were a bit more cautious pointing out that substantial numbers of unsold turbines from framework contracts failing to secure project finance are now floating on the wind market. Most interesting from a wind technology point of view is the V112-3.0MW switch away from a compact V90-3.0MW integrated gearbox and main bearing assembly to a 3-point gearbox support. The application of a permanent magnet (PM) type generator with full converter system in the V112-3.0MW is new for Vestas but not for the wind industry. New Technology Trends In what many wind industry insiders consider a major development trend, French aerospace companies EADS Astrium & EADS Composite Aquitaine announced their formal entrance into the wind industry. The French companies offer the wind industry advanced composite materials engineering, manufacturing and related know-how as well as rotor-blade manufacturing capacity.