High Purity Alumina Liner Ball

High purity alumina fillers mainly include ceramic filler ball, ceramic rasch ring and so on.The product adopts alumina super fine powder as the main raw material, and is made by advanced molding technology and high-temperature tunnel kiln.Widely used in petroleum, chemical industry and other industries as tower filler ball, catalyst carrier, for petrochemical plants, chemical fiber plants, alkyl benzene, vinyl, natural gas plants and other hydrogenation refining units, catalytic reforming units, isomerization units, demethylation units and other bottom filling materials.It has the characteristics of high temperature resistance, high pressure, low water absorption, stable chemical performance, can withstand strong acid base and other organic solvents corrosion, and can adapt to different temperature changes.

Ceramic filler ball has the characteristics of high strength, high temperature resistance, high pressure resistance, strong acid and alkali corrosion resistance, good thermal shock performance.It is mainly used in high temperature, high pressure and corrosive working environment in petrochemical industry. It is the ideal filler in reformer, reaction furnace and packing tower in petroleum and chemical industry.

Properties: alumina ceramic ball, filler ball, inert porcelain ball, support ball, high purity filler

USES: widely used in petrochemical plants, chemical fibre plants, alkyl benzene plants, aromatics plants, vinyl plants, natural gas plants, such as hydrogenation cracking unit, refining unit, catalytic reforming unit, isomerization unit, demethylation unit and other bottom filling materials.As the supporting covering material and tower packing for catalyst, molecular sieve and desiccant in the reactor.Its main function is to increase the distribution point of gas or liquid, support and protection strength is not high active catalyst.

Features: high purity, high strength, high temperature resistance, high pressure resistance, strong acid and alkali corrosion resistance, thermal shock stability, chemical stability characteristics