High alumina ceramic balls, also known as inert ceramic balls, are ceramic balls made of 99% alumina. These balls are widely used in various industrial applications due to their excellent properties and advantages.One of the main advantages of high-alumina inert ceramic balls is their high thermal a

Activated alumina, also known as modern water activated bauxite, alumina(AL2O3) used in the catalyst is usually called activated alumina, it is a porous, highly dispersed solid material, it has a large surface area, microporous surface has catalytic properties, such as adsorption properties, fluorid

Inert alumina ceramic ball is also called inert porcelain ball, inert ceramic ball or alumina ceramic ball.Its main chemical components are Al2O3, SiO2, CaO, MgO, Na2O and a very small amount of Fe2O3. Free of arsenic, boron and other heavy metals.Introduction of inert alumina ceramic ballInert alum

Preparation before filling inert ceramic ball:(1) The dust and sundries in the tower should be cleaned up before the ceramic ball is loaded.(2) In the interior of the tower, mark the loading height line of each ceramic ball and catalyst according to the loading drawing.(3) Cranes, cranes and other n

The inert ceramic balls are manufactured from very high quality chemical-porcelain clay materials, which has quite excellent stability, high mechanical strength and resist to thermal shock, which are broadly utilized as the covering or supporting materials of the catalyst in the reactors and the pac

Inert alumina ceramic ball, widely used in petroleum chemical plant, the characteristic, alkyl benzene, aromatics, natural gas plants and ethylene factory the hydrogenation cracking unit, refined device, catalytic reforming unit, isomerization unit, demethylation device, such as bottom filler materi

First, remove all the sundries in the tower, and draw a horizontal line on the inner wall of the tower according to the top height of each layer of the packing ball and catalyst, as the pavement height mark. Carefully check the inert ceramic balls of different particle sizes, and store them separate