The main purpose of magnetic rods is to remove iron filings in raw materials; to filter various fine metal powders and liquids, iron-containing impurities in semi-liquids and other magnetic materials, which are widely used in chemical, food, waste recycling, carbon Black and other fields. The following is a brief introduction for you, hoping to bring you some help. A good magnetic rod should achieve uniform spatial distribution of the magnetic induction lines, and the maximum magnetic induction intensity point distribution should be as large as possible to fill the entire magnetic rod, because the magnetic rod is generally placed in the moving product transmission line. Contains substances that are harmful to the environment, avoiding pollutants and the environment. The working environment of the magnetic rod determines that it must have a certain degree of corrosion resistance and high temperature resistance, and some occasions need a relatively strong magnetic induction strength. Different magnetic induction strengths can be obtained by using magnetically conductive sheets of different thicknesses. Choosing different magnets can determine the maximum of the magnetic rod
Magnetic induction strength and temperature resistance performance. Generally, if you want to achieve a surface magnetic induction strength above 10000 Gauss on a conventional ∮25 magnetic rod, you need a high-performance model of NdFeB Magnetic steel. High temperature resistant magnetic rods generally choose samarium cobalt magnetic steel when the temperature exceeds 150 degrees. However, samarium cobalt is usually not selected for magnetic rods with relatively large diameters. After all, the price of samarium cobalt is very high, and the price of a magnetic rod reaches tens of thousands of yuan. The magnetic induction strength of the surface of the magnetic rod is directly proportional to the smallest particle size that can be adsorbed, but in the fields of batteries, pharmaceuticals and other small iron impurities can also have a great impact, so it is necessary to choose a magnetic roller with a height above 12000 Gauss (∮110-∮220 ). Other areas can choose a lower one. During the use of the magnetic rod in contact with the fluid, there will be some irreversible loss of internal magnetic energy. The loss exceeds 30% of the original strength or the surface is covered with iron, stainless steel steel pipe grinding.
When the damage is broken, the magnetic rod needs to be replaced at this time, so that the magnetic rod that leaks out of the magnet can not continue to work. The magnet is generally relatively brittle, and the surface is also coated with some oil, which causes greater environmental pollution. Domestic magnetic rod manufacturers generally can use 1-2 years under heavy load and 7-8 years under light load. Mainly used in plastics, food, environmental protection, filtration, chemical, power, building materials, building ceramics, medicine, powder, mining, coal and other industries. Xiamen everbeen Magnetic Industry Co., Ltd. is a high-tech enterprise specializing in the research and development, production and sales of rare earth permanent magnet materials, magnetic devices, magnetic tools and products related to magnetic materials. The company has passed ISO9001 system certification, and produces and sells rare earth permanent magnet products with various performances and shapes. In addition, the company relies on its rich experience in the machining of magnetic materials and strong production capacity, is committed to the development, production and sales of magnetic components and magnetic tools, to provide customers with high-quality magnetic components and magnetic tool products. At present, our company's NdFeB permanent magnet materials and magnetic components have been widely used in machining, electro-acoustics, motors, instruments, automatic control, wind power generation, luggage, toys, craft jewelry and other fields. We are willing to develop together with customers at home and abroad and create a better future with a sincere attitude.