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JC CaO-T (Calcium Oxide - Surface Treated)

JC CaO-T is made from soft stone with advance calcination technology which results in high surface area, high activity and low Iron content. Special surface coating enhances the dispersion in rubber and plastic applications. There will be not any unintended reaction with humidity. JC CaO-T is preferably used in extrusion compounds which have to be cured continuously in vulcanizing systems like fluidized beds, salt baths OR in UHF curing process like micro wave units and hot air tunnels, also used in the foamed compounds to improve the cell structure and surface finish of the end product. It is an excellent desiccant for plastic & plastic master batches.

Packing Size: 1kg X 20pack/Bag OR 10kg X 2pack/Bag

 

Available Forms: Powder
 

Technical Data Sheet

Product Name

JC CaO-T

Chemical Name

Calcium Oxide (treated with 1% organic compound)

Appearance

Fine white/off whitepowder.

Solubility

Insoluble in water and soluble in mineral acids

Special features

JC CaO-T is made from soft stone with advance calcination technology which is resulting with high surface area, high activity and low Iron content. Special surface coating enhances the dispersion in rubber and plastic applications. There will be not any unintended reaction with humidity.
 

Mode of action

Calcium Oxide binds the moisture by the formation of calcium hydroxide, hence it is used as a desiccant to remove excessive moisture from rubber and plastic compounds.

Calcium Oxide

≥ 90 %

Sp. Gr. at 25ºC

3.3 ± 0.1 ˚C

Bulk Density (gm/ml)

0.6 ± 0.1 g/ml

Al2O3

< 1.0 %

SiO2

< 2.0 %

Fe2O3

< 0.025 %

Mean Parcle Size Micron (D50%)

4.5 - 7.0

Packing

1kg X 20pack/Bag OR 10kg X 2pack/Bag

Storage

Stored in cool and dry place, moisture strictly avoided

Applications

Advantages

JC CaO-T is preferably used in extrusion compounds which have to be cured continuously either in open air, like (fluid beds, salt baths) or in UHF curing process like (micro wave units, and hot air channels), also used in the foamed compounds to improve the cell structure and surface finish of the end product. It can be effectively used in reprocessing of thermoplastic materials.

Download Material Safety Data Sheet

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