The pahang marble ultrafine project malaysia

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The pahang marble ultrafine project malaysia
 
in the densely forested state of pahang in peninsular malaysia a sophisticated industrial project is producing ultrafine marble powder for the high-end plastics and coatings industries. this is the pahang marble ultrafine project which features an advanced hgm series ultrafine grinding mill stone powder grinding mill with a capacity of 2 tons per hour. the raw material is high-purity white marble sourced from the famous marble deposits of pahang which are known for their brilliant whiteness and consistent quality.

the marble is carefully selected for its brightness and purity then crushed and fed into the ultrafine grinding mill. this sophisticated machine utilizes multiple grinding rollers and a high-speed centrifugal classifier to achieve an extraordinary fineness of 10 microns. at this particle size the marble powder is finer than cement and has a smooth creamy consistency that is almost liquid to the touch. the ultrafine powder has several high-value applications.



its primary use is as a functional filler in the production of masterbatch for the plastics industry where its fine particle size ensures excellent dispersion and a smooth surface finish in extruded plastic products. it is also used in high-end automotive paints and coatings where it provides a brilliant white base and improves the durability and scratch resistance of the final finish. the project faced immense technical challenges in achieving the 10 micron fineness consistently without contamination.


the solution was to line all product contact surfaces with wear-resistant ceramics and to use an advanced air classifier with a precision turbine that separates particles by size with exceptional accuracy. the 2 tons per hour output from this stone powder grinding mill may be relatively low but the value per ton is exceptionally high allowing this project in the forests of pahang to compete successfully in the global market for ultrafine industrial minerals.