• 水处理用磁粉是在重介质粉的基础上加入了其他的超强磁性物，其配合絮凝剂聚合氯化铝在废水处理中能够起到快速絮凝，沉淀的作用，广泛适用于煤矿污水，洗煤废水，冶金、石油等行业废水的油类污染物的快速处理。磁粉具有巨大的比表面积和表面自由能，表面活性很高。它不仅对水中杂质有很好的吸附效应，它还能渗透到所有的絮凝体中并强化絮凝体的网状结构，同时有效增大絮体的比表面积，使其牢固而不易破碎，有利快速的固液分离和提高污泥的干化度。有很强的磁吸絮凝特征。
• 水处理磁粉能大幅削减水中COD、色度（60%以上）等污染物，对病毒、细菌也有显著去除效果。在去除磷、重金属离子、SS、COD等污染物过程中，利用表面活性点位的氧化、吸附、表面电荷络合作用，实现污染物从水相中分离，固化，从而使水体得以净化。磁粉还可以多次循环回收，重复使用。

微磁聚凝剂简介

    微磁聚凝剂是水溶性的高分子聚合物， 主要用于各种工业废水的絮凝沉降，沉淀澄清处理，如钢铁厂废水，电镀厂废水，冶金废水，洗煤废水等污水处理、污泥脱水等。由于其分子链中含有一定数量的极性基团，它能通过吸附水中悬浮的固体粒子，使粒子间架桥或通过电荷中和使粒子凝聚形成大的絮凝物，故可加速悬浮液中粒子的沉降，有非常明显的加快溶液澄清，促进过滤等效果。

微磁聚凝剂由于它具有：

1、澄清净化作用；

2、沉降促进作用； 

3、过滤促进作用；

4、增稠作用及其它作用。

   在废液处理、污泥浓缩脱水、选矿、洗煤、造纸等方面，能够充分满足各种领域的要求。

   煤厂对煤泥水的处理一般情况下采用“旋流器-浓缩机-压滤机（煤泥沉淀池）”处理工艺。一般情况下都是采购机高分子絮凝剂。高分子絮凝剂与煤泥微粒或煤泥胶体接触作用，中和了煤泥表面的电性，降低表面能，使煤泥微粒凝聚沉淀。不同粒度组成的煤泥水要选用不同分子量的絮凝剂。在使用微磁聚凝剂进行水处理的时候，要保证类型与煤泥水的pH值相吻合，微磁聚凝剂的适于偏碱性煤泥水。

The particle aggregate of iron powder (iron dust) is smaller than that of 1mm. Color: black. It is the main raw material of powder metallurgy. According to the granularity, the habit is pided into five grades: coarse powder, medium powder, fine powder and ultrafine powder. The iron powder with the particle size of 150 μ m is coarse powder, the iron powder with the particle size of 44 ~ 150 μ m is 1044 μ m and the ultrafine powder is less than 0.5 μ m. Generally, the powder which can pass 325mesh standard sieve, that is, the powder with particle size less than 44 μ m, can be called subsieve powder. If more accurate sieving is to be carried out, the air flow classifier can only be used, but for some easily oxidized iron powder, it can only be made by JZDF nitrogen protection classifier. Iron powder mainly includes reduced iron powder and atomized iron powder, which are named after different modes of production. The application of iron powder in industry is mainly used to produce powder metallurgy mechanical parts, the main physical properties of which are loose density, fluidity, formability, particle shape and so on. These properties are mainly affected by the production method of iron powder and its chemical composition. (1) Application of hinged Powder in the manufacture of Powder Metallurgical structural parts the manufacture of mechanical parts by powder metallurgy has the advantages of saving material and working hours, being easy to automate, and easy to organize mass production, which has attracted widespread attention. Has developed rapidly. Iron based powder metallurgy mechanical parts have been widely used in China's automobile, motorcycle, household appliances, electric tools, office machinery, agricultural machinery, machine tools, instruments, textile machinery, metallurgical machinery and other industrial sectors. Good technical and economic benefits have been obtained. According to incomplete statistics, the production of iron powder in China has exceeded 100000 tons in 2003, which indicates that iron powder has become a kind of important metal raw material in mechanical manufacturing industry. (2) the application of iron powder in the production of electrode, flame cutting and so on. Iron powder used in welding rod occupies a certain proportion of the total application of iron powder (Sweden accounts for 37%), Generally, adding 10% iron powder to the coating of the electrode can improve the welding performance of the electrode. Flame cutting and cleaning is another important aspect of iron powder application. The United States uses about 7000 tons of iron powder a year for this purpose. When cutting refractories (such as concrete) with hydrogen oxygen flame or acetylene flame, adding iron powder to the flame can increase the flame temperature and also play the role of solvent.