The study of super fine aluminum hydroxide of aluminum hydroxide manufacturer production - Appropriate chemical industry
aluminum hydroxide is widely used in industrial production, the super fine aluminum hydroxide gradually been adopted by many production areas, but, for now, the production method of super fine aluminum hydroxide is more complicated.
super fine aluminum hydroxide is refers to the largest diameter less than 10 microns of aluminum hydroxide product, its specific surface area increases relatively ordinary aluminum hydroxide, higher whiteness, bulk density decreases, with many excellent physical and chemical indicators.
aluminum hydroxide factory found can aluminum hydroxide dryers dust powder is used as the seed to produce super fine aluminum hydroxide, to a certain extent is feasible.
aluminum hydroxide dryers cloth bag dust collector is sanshui LvShiXing aluminum hydroxide powder, its attached alkali is higher, the silica content is higher, the particle size is fine, if mixed in the product, can affect the stability of the product.
by experiments in the know, aluminum hydroxide manufacturer, with the increase of seed added quantity breakdown products of particle size tends to refine, decomposition rate also corresponding improvement, is mainly due to the fine particle active seed has high specific surface area, with the increase of seed amount, the specific surface area has increased accordingly, make the decomposition speed, decomposition rate was improved, decomposition product size then.
and decomposition temperature of aluminum hydroxide granularity has very important influence, decomposition temperature is high, can make the solution viscosity decreased, cause the solution particles move strength increase, prompting crystallization has been generated crystals grew up. In addition, the decomposition time on the decomposition speed and the final decomposition rate has a certain influence.
aluminum hydroxide manufacturer to produce super-fine aluminum hydroxide is technically feasible, reasonable control condition, and the physicochemical properties of the production is better.