Product - fluorine sodium silicate manufacturer produces large particles Appropriate chemical industry

sodium fluorosilicate is important fluorosilicate, fluorine sodium silicate manufacturer will crystallizer was improved, on the basis of the crystallization kinetics equation, using continuous feed, continuous discharging process for crystallization, crystalline sodium fluosilicate crystal.

sodium fluosilicate manufacturers to adopt new crystallization way to get product uniform particles, up to 50 mu, more than 80% of the crystals to making large quicksand of sodium fluosilicate crystal particles to the purpose.

manufacturer of sodium fluosilicate by particles into a ball, easy to filter, and the strength of the product is good, not easy to agglomerate, easy transportation and storage. This product after electron microscopy (sem) analysis shows that large particles of product is not a single crystal, but by the crystal size granularity in under the joint action of the fluid mechanics and the gravity in crystallization system together.

particles small can bring many of the problems in production, to solve these problems, fluorine sodium silicate manufacturer needs to improve the crystal grain size, make the crystal grew up or make crystal reunion, production of large granular product is imperative.

sodium fluorosilicate in continuous crystallization process, the formation of new particle velocity is very important, the nucleation rate high, can only get small crystals, therefore in the process of crystallization, fluorine sodium silicate manufacturers need to control the crystallization rate, not only that, but also need to temperature, degree of supersaturation and the composition of dissolved and impurities such as control.

sodium fluosilicate manufacturer for sodium fluosilicate technical problems, adopt the way of crystallization method combining theory with practice, to find suitable for preparation of sodium fluosilicate crystal products of technology, increasing particle degree of the fluorine sodium silicate.