Inert Ceramic Ball 

Product No: TPU®-ICB

inert ceramic ball

Inert ceramic balls have stable chemical features and a low rate of water absorption, inert ceramic balls can resist high temperatures and high pressure. Inert ceramic balls can also resist the corrosion of acid, alkali and some other organic solvents, inert ceramic balls are able to stand the thermal shock (quick change of temperature) during the manufacturing process. The main role of these inert ceramic balls is to increase the distribution spots of gas or liquid, and to support and protect the activating catalyst of low strength in the reactors and column/tower.

Applications:

      As refractory bed top plugs and supports in order to protect the catalyst bed from thermal impurities so that the catalyst bed is kept intact in spite of wide pressure variation. Inert Ceramic Ball is widely used in petrochemical industry, chemical industry, fertilizer industry, natural gas industry and environment protection, etc. 

      Stoneware Catalyst Bed Supports are used routinely in the following specific services: Ammonia plants, Hydrotreaters, Bender treaters, Isomerization units, Chloride absorbers, pretreaters and reactors, Claus units, Molecular sieve units, Diesel hydrotreaters, Naphtha treaters, Fixed bed reformers, Reformer pretreaters, Fluidized pollution control,  Hydrocrackers (1st stage), VGO pretreaters, Hydrogen plants.

Inert Ceramic Balls are widely used in many fields, including petroleum, chemical engineering, fertilizer production, natural gas and environmental protection. They are used as covering and supporting materials of catalysts in reaction vessels and as packing in towers.

Inert Ceramic Balls have stable chemical features and a low rate of water absorption, resist high temperatures and high pressure, and also resist the corrosion of acid, alkali and some other organic solvents. They can stand the change in temperature during the manufacturing process.

The main role of inert ceramic balls is to increase the distribution spots of gas or liquid, and to support and protect the activating catalyst with low strength.  

Typical Quality Assurance for Ceramic Ball

  • To analyze the raw material for chemical composition, particle size and moisture content to ensure consistent properties that will provide optimum performance of the finished product.
  • Following crumbling and pulverization of the raw material it is screened to remove coarser particles.
  •  After the ground raw material is pre-selected by magnetic separation it is checked to make sure that the Fe2O3 content is less than 1%. After aging and soaking, the water content is checked to ensure it is between 20-24%. 
    After moulding shapes the product, extruding or hand rolling, a random check is made on dimensions and shapes.
  • After the product is dried, a random check to make sure that the moisture content is less than 3%.
  • During firing the furnace is precisely controlled with regard to temperature and duration of firing.
  • Every finished item is visually examined to confirm shape, color and dimensions are within specification.
  • Random tests are carried out to confirm acceptable chemical and physical properties of the finished product. This includes testing for specific gravity, compressibility strength, water absorption, anti-acid strength, etc.
  • Prior to packing the finished product for dispatch the weight of a unit volume is checked to comply with the specification limits.
  • Finally, the finished product is certified to comply with the Customers specification.

Packing

By plastic bag, each bag 25kgs net, palletized.

By super sacks, each big sacks 1000-1400kgs net, palletized.

By steel drum, each drum 300kgs net, palletized.

size piece 
density
surface 
area
voidage bulk weight bulk weight
inch mm pcs/m3 m2/m3 % kg/m3 kg/m3
1/8" 2 - 4 8.000.000 720 44 1.400 2.200
1/4" 5 - 7 4.750.000 420 44 1.400 2.200
3/8" 9 - 11 1.140.000 390 44 1.400 2.200
1/2" 11 - 13 580.000 320 45 1.400 2.200
5/8” 14 - 17 330.000 230 45 1.400 2.200
3/4" 18 - 21 142.000 170 45 1.400 2.200
1" 23 - 27 71.000 130 45 1.400 2.000
1 1/4" 30 - 34 35.000 110 46 1.350 2.000
1 1/2" 35 - 40 19.200 90 47 1.350 2.000
2" 48 - 56 8.000 70 47 1.300 2.000