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what is the usage of Inert Ceramic Balls Catalyst Bed Support balls

1. Ceramic balls (alumina ceramic ball)

Alumina ceramic ball used for covering, supporting, filtering and catalyst carrier in various packed towers; regenerative fillers for air separation units; high wear-resistant grinding media. Ceramic balls include: inert ceramic balls, perforated ceramic balls, microporous ceramic balls, active ceramic balls, thermal storage ceramic balls, and grinding ceramic balls.

2. Chemical packing ball

Chemical packing ball used in drying towers, absorption towers, cooling towers, washing towers, regeneration towers in oil refining, metallurgy, gas, oxygen production and other industries It plays the role of support, covering and filtering. The chemical packing is divided into ceramic, plastic, metal bulk packing and structured packing.

3. Inert Ceramic Balls for Catalyst Bed Support Media

Inert ceramic balls has acid and heat resistance, and can resist the corrosion of various inorganic acids, organic acids and organic solvents except hydrofluoric acid. Inert catalyst bed support ball can be used in various high and low temperature occasions, and has a wide range of applications. Inert Ceramic balls can be used in drying towers, absorption towers, cooling towers, washing towers, rectification towers, atmospheric towers, synthesis towers, catalytic towers, regeneration towers, etc. in chemical industry, metallurgy, gas, oxygen production and other industries. Ceramic packing is divided into ceramic random packing (Raschig ring, Pall ring, stepped ring, cross ring, saddle ring, hetero-saddle ring, conjugate ring, Haier ring, rosette, multi-faceted hollow ball, covering ball, triple Y ring , continuous ring, flat ring, etc.) and ceramic corrugated structured packing.

4. Plastic tower packing

Plastic tower packing has the characteristics of light weight, heat resistance, and chemical corrosion resistance, including tower packing made of PP, PE, RPP, PVC, CPVC, PVDF and other materials. Plastic packing has large void ratio, pressure drop and mass transfer. It has the characteristics of low unit height, high flooding point, sufficient vapor-liquid contact, and high mass transfer efficiency. The operating temperature in various media is 60-280°C. Plastic packing is widely used in packing towers in petroleum, chemical, chlor-alkali, gas, and environmental protection industries. Plastic packing is divided into plastic random packing (multifaceted hollow sphere, rosette, Haier ring, stepped ring, Pall ring, rectangular saddle ring, different saddle ring, conjugated ring, flat ring, Raschig ring, snowflake ring, hexagonal rings, rotating rings, pentagonal rings, conical rings, mesh rings, cross spherical rings, floating balls, liquid surface covering balls, diamond covering balls, etc.) and plastic structured packing.

5. Metal Tower packing ball

Metal packing Tower packing made of carbon steel, stainless steel and composite alloy. Metal packing has the advantages of thin wall, cold and heat resistance, large porosity, large flux, pressure drop, small resistance, good separation effect, and long life. Although the one-time investment is slightly large, it can give full play to the potential of the equipment. Metal packing is suitable for vacuum distillation towers to deal with materials that are allergic, easy to decompose, easy to close, and easy to form carbon. Metal fillers are widely used in packing towers in petrochemical, chemical fertilizer, chemical, environmental protection and other industries. Metal packing is divided into metal random packing (Pall ring, saddle ring, stepped ring, conjugate ring, eighty-four inner arc ring, flat ring, etc.) and metal structured packing (wire mesh corrugated packing, metal orifice corrugated packing) , Calendered perforated plate corrugated packing, metal mesh corrugated packing, HT semi-tubular structured packing)
The above is the whole content of what are the uses of chemical fillers. I hope the article will be helpful to you.

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