惠州市高斯强电子有限公司 HUIZHOU STRONGGAUSS ELECTRONICS CO.,LTD 展位号：A177 展出产品：钕铁硼、铁氧体、粘结钕铁硼、钐钴等 网址：www.igauss.cn
惠州市高斯强电子有限公司是一家集稀土永磁材料精密加工，铁氧体磁瓦生产，磁应用组合产品，电子器件和仪器设备研发、生产于一体的综合性高新技术企业。公司注册资金600万元，生产、研发、办公场地18000平方米，年销售额超2亿元；2022年获得专精特新荣誉称号；可提供行业中最广泛的磁学经验， 产品在国内热销的同时，业务已延伸至日本、东南亚及美国、西班牙等多个地区。
Huizhou StrongGauss Electronics Co., Ltd. is a comprehensive high-tech enterprise integrating precision processing of rare earth permanent magnet materials, production of ferrite magnetic tile, magnetic application portfolio products, research and development of electronic devices and instruments. The company registered capital of 6 million yuan, production, research and development, office space of 18000 square meters, annual sales of 200 million yuan; In 2022, it will be awarded the honorary title of specialized, refined and new. Can provide the most extensive magnetic experience in the industry, products in the domestic sales at the same time, the business has been extended to Japan, Southeast Asia and the United States, Spain and other regions. NDFEB
钕铁硼是以金属Nd、Fe和BFe为主要原料，用粉末冶金法工艺制造的当今磁能积和矫顽力最高的稀土永磁体，广泛应用于各类电机、IT产品、核磁共振、扬声器、仪器仪表等。是开发质量要求高、体积小、重量轻的新产品的理想材料，产品规格型号能满足各类客户的需求。
NdFeB is a rare earth permanent magnet with the highest magnetic energy product and coercivity made by powder metallurgy process with metal Nd, Fe and BFe as the main raw materials. It is widely used in various motors, IT products, nuclear magnetic resonance, loudspeakers, instruments and meters, etc. It is an ideal material for developing new products with high quality requirements, small size and light weight. The product specifications and models can meet the needs of various customer. ferrite
铁氧体是应用最广泛的的一种永磁材料，以粉末治金法制造，主要分铁氧体是应用最广泛的的一种永磁材料，以粉末治金法制造，主要分为钡料(Ba)和锶料(S)两种，并分为各向异性和各向同性两类，是不易退磁不易腐蚀的一种永磁材料，最高工作温度可达250摄氏度较坚硬且脆，可用金刚石沙等工具切割加工，用合金刚加工之模具一次成型。此类产品大量应用于永磁电机(Motor)和扬声器(Speaker)等领域。
Ferrite is the most widely used permanent magnetic material, which is manufactured by powder metallurgy. It is mainly divided into ferrite, which is the most widely used permanent magnetic material. It is manufactured by powder metallurgy, which is mainly divided into barium material (Ba) and strontium material (S), and is divided into anisotropy and anisotropy. It is a kind of permanent magnetic material that is not easy to demagnetize and not easy to corrode. The maximum working temperature can reach 250 ℃, which is hard and brittle, Tools such as diamond sand can be used for cutting and processing, and the mould processed by alloy steel can be used for one-time molding. Such products are widely used in fields such as permanent magnet motors and speakers. bonded NdFeB
粘结钕铁硼，Nd2Fe14B组成，是一种合成磁铁。粘结钕铁硼磁体是由快淬NdFeB磁粉和粘结剂混合通过“压制成型”或“注射成型”制成的磁体粘结磁体的尺寸精度高，可以做成形状相对复杂的磁性元器件，且具有一次成型、多极取向等特点。粘结钕铁硼机械强度高，可在成型时和其它配套元器件一次成型。
Bonded NdFeB, composed of Nd2Fe14B, is a synthetic magnet. Bonded NdFeB magnets are made by mixing quick-quenched NdFeB magnetic powder and binder through "compression molding" or "injection molding". The size accuracy of bonded magnets is high. They can be made into magnetic components with relatively complex shapes, and have the characteristics of one-time molding, multipolar orientation, etc. Bonded neodymium iron boron has high mechanical strength, and can be molded with other supporting components at one time during molding. samarium cobalt
钐钴依据成分的不同分为SmCo5和Sm2Co17，分别为第一代和第二代稀土永磁性材料。由于其原材料十分稀缺，价格昂贵而使其发展受到限制。钐钴（SmCo）作为第二代稀土永磁体，不但有着较高的磁能积（14-28MGOe）和可靠的矫顽力，而且在稀土永磁系列中表现出良好的温度特性。与钕铁硼相比，钐钴更适合工作在高温环境中。
SmCo is divided into SmCo5 and Sm2Co17 according to its composition, which are the first and second generation rare earth permanent magnetic materials respectively. Its development is limited by the scarcity and high price of its raw materials. As the second generation of rare earth permanent magnets, samarium cobalt (SmCo) not only has high magnetic energy product (14-28MGOe) and reliable coercivity, but also has good temperature characteristics in the series of rare earth permanent magnets. Compared with neodymium iron boron, samarium cobalt is more suitable for working in high temperature environment. |
