Ceramic Ball

90% Al2O3 Inert Alumina Balls

Brand: Ksourceep

Models:3/6/9/13/19/25/38/50/60mm

Material:Al2O3

Application:It is widely used in petroleum, chemical, fertilizer, gas and environmental protection industries, as a catalyst in the reactor to cover support material and tower packing.

product details

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Inert Alumina Ball Core Features

Inert alumina ceramic balls, used as packing material, optimize fluid distribution within the reactor through their regular spherical structure and high porosity, increasing the gas-liquid contact area and improving mass transfer efficiency.

In the synthesis of pharmaceutical intermediates and the refining of food-grade solvents, inert ceramic balls have become an ideal filler choice due to their non-polluting and non-dissolving properties.

Inert alumina ceramic balls serve as a heat transfer medium, balancing the temperature distribution within the reactor through their high specific heat capacity and thermal conductivity, thus preventing localized overheating or runaway reactions.

In deep-sea exploration equipment and nuclear reactors, ceramic balls withstand high pressure, strong radiation, and corrosive media, ensuring the long-term stable operation of the equipment.

Inert alumina ceramic spheres serve as catalyst supports, providing a stable adhesion surface for active catalytic components. Their high specific surface area and porosity also optimize reactant contact efficiency. Within the catalytic bed, the ceramic spheres act as a support layer, preventing catalyst particle loss or agglomeration and ensuring uniform reaction.

Al2O3 Inert Alumina Ball Technical Parameters

Size

Crush strength

Kg/particle

KN/particle

1/8''(3mm)

>5.3

>0.53

1/4''(6mm)

>80

>0.80

3/8''(10mm)

>92

>9.20

1/2''(13mm)

>220

>2.20

3/4''(19mm)

>350

>3.50

1''(25mm)

>670

>6.70

1-1/2''(38mm)

>700

>7.00

2''(50mm)

>2000

>21.5

2-3/8”60mm

>2500

>25

Inert Alumina Ceramic Balls Application

Fixed-bed reactor: In chemical production, ceramic balls are filled at the top and bottom of the reactor to buffer fluid impact, protect the catalyst layer, and uniformly distribute reactants.

Tower separation equipment: In distillation columns and absorption columns, ceramic balls are used as tower packing to provide a stable gas-liquid separation interface and improve separation efficiency.

Uniform particle size improves adsorption efficiency and reduces the risk of bed clogging.

Adsorption column: In waste gas treatment, ceramic balls support activated carbon or molecular sieve adsorbents, enhancing adsorption capacity and regeneration performance.

Cracking reaction: In petrochemical cracking furnaces, ceramic balls serve as catalyst bed support materials, withstanding high temperature and pressure to prevent catalyst pulverization and blockage of pipelines.

Inert alumina ceramic balls are widely used in many industrial fields due to their high temperature resistance, corrosion resistance, high strength, and chemical stability.