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Alumina Inert Ceramic Balls

Inert ceramic balls (catalyst bed support balls) with high temperature and high-pressure resistance, low water absorption, chemical stability, acid and alkali resistance, resistance to organic solvent corrosion. Inert alumina balls (catalyst support balls) can withstand the temperature changes in the production process.

Inert Alumina balls (inert ceramic balls) Catalyst bed Support Media 

Inert ceramic balls are pressed silicate ceramic catalyst support balls with 23-26% aluminum oxide within them. Alumina ceramic support balls (catalyst bed support balls) come in different sizes from 3 mm to 50 mm in diameter. 

High-purity inert alumina balls,also known as high-purity catalyst inert ceramic balls, have the advantages of good thermal shock stability, large heat storage, high strength, easy cleaning, and reusability. 

But as always, you can hand us the necessary technical information and make your own personalized request

inert Alumina ceramic ball catalysts support bed ball
inert Alumina ceramic ball catalysts support bed ball

Inert ceramic balls Catalyst bed Support balls applications

Inert ceramic balls are used as the support and covering material of the catalyst in the reactor, which can buffer the impact of vapor and liquid entering the reactor on the catalyst, protect the catalyst, and Optimize the distribution of liquids and gases in the reactor. Inert alumina balls (ceramic support balls) are widely used in petroleum, chemical, fertilizer, natural gas and environmental protection industries, as the covering support material and tower packing for the catalyst in the reactor. They’re used as grinding bodies in ball mills, but catalyst bed support balls also fill and support the catalyst layer in both catalytic columns and catalytic reactors by amplifying the distribution of gases and liquids and buffering their impact on the catalyst.

Inert alumina Balls (ceramic support balls) Catalyst Bed Support balls advantage

Inert ceramic balls are widely used as catalyst bed support in the world. Unaltered by thermal shocks, pressure, acid, alkali, and organic solvents, catalyst bed support balls (ceramic support balls) successfully safeguard the catalysts in the reactors and tower packing of natural gas, petroleum, chemical fertilizer, and environmental protection industries.

Other properties of inert alumina ball include chemical stability, mechanical strength, low surface profile, low water absorption, and bulk material uniformity. 

  • Chemical inertness
  • Mechanical strength and stability
  • Low surface profile
  • Bulk material uniformity

Catalyst Support balls inert ceramic Balls Chemical Composition

Take purity 99% with dia 20mm inert alumina balls as an example, the compressive strength of the inert ceramic balls (ceramic support balls) is about 13KN/unit, water absorption is less than 5%, packing density is ≥1900kg/m³, and Resistance to sudden temperature changes> 850℃,

ItemAK-90AK-95AK-99AK-99.5
Al2O3 (%)≧90≧95≧99≧99.5
Fe2O3 (%)≦0.2≦0.15≦0.1≦0.05


catalyst bed support balls (
inert alumina ball) Technical Parameter

ItemAK-90AK-95AK-99AK-99.5
Bulk Density (g/cm3)≧3.2≧3.3≧3.5≧3.6
Packing Density (g/cm3)≧1.8≧1.85≧2.0≧2.1
Unit Compressive strength 13mmN≧4000≧5500≧6000≧6000
Water Absorption (%)≦5≦5≦5≦5
ColorWhiteWhiteWhiteWhite

Noted: Water Absorption can be customized according to customer’s requirement.

 

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Size: Ceramic support balls Size can be customized according to customer’s requirement.

Alumina Ceramic Inert Balls: Key to Oil Refining’s Efficiency Boost

In the oil refining sector, where advancements are gauged by efficiency, sustainability, and product quality, Alumina Ceramic Inert Balls emerge as standout components. These state-of-the-art ceramics excel in their role as neutral packing materials, presenting significant advantages over traditional alternatives.

  • Temperature Resilience: High Alumina Inert Sphere Packing excels in extreme heat, maintaining stability beyond 1000°C, assuring uninterrupted process flow, optimal heat transfer, and resilient equipment.
  • Corrosion Shield: Serving as Aluminum Oxide Inert Media, they repel a broad spectrum of corrosive substances, safeguarding product purity in catalytic cracking and hydroprocessing, essential for upholding product integrity.
  • Durability Under Stress: In abrasive refining environments, Alumina Bed Support Balls, fortified with high hardness, minimize erosion, lessening maintenance demands and fostering a cleaner operational environment.
  • Efficiency Drivers: Engineered as Alumina Catalyst Support Beads, they amplify mass transfer and heat exchange capabilities, elevating yields, enhancing quality, and promoting energy efficiency.
  • Eco-Friendly Solution: Boasting extended lifespans and non-reactive characteristics, these balls conform to green strategies, curbing waste production and mitigating environmental consequences.

In conclusion, Alumina Ceramic Balls, versatile in their neutrality, are fundamental to the oil refining industry’s quest for operational brilliance, cost-effectiveness, and ecological responsibility. Their implementation symbolizes a strategic commitment to pioneering materials science.

Questions and answers about inert ceramic balls application solutions

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