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What are the uses of Milky Filler?

SIA filler master batches score high on cost reduction; reduce fibrillation and splitting tendency on tapes under mechanical stress. Impart slip properties, enhance dart. drop and tear resistance, improve printability, barrier properties, dimensional stability, rigidity, impact strength and increase output.


There are various grades based on the processing method like Raffia, Blown Film, Non Woven, Blow molding and others. We have an entire range of Calcium Carbonate Master Batches suitable for every customer’s requirements. All these products are tried, tested and very much approved by our valued customer present globally

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FAQ's About Milky Filler

Milky Filler is a type of inorganic filler, often composed of materials like calcium carbonate or talc, that is used to improve the opacity, whiteness, and mechanical properties of plastic products. It’s commonly added to resins like polypropylene (PP) and polyethylene (PE) to reduce costs and enhance performance in various applications.
Common fillers used in Milky Filler formulations include: Calcium Carbonate (CaCO3): A widely used filler for increasing opacity and improving material stiffness. Talc: Enhances the smoothness, opacity, and heat stability of plastics.
Milky Filler enhances the opacity of plastic materials, making them more opaque or milky in appearance. This is especially useful in applications where a non-transparent finish is desired. The level of opacity depends on the type and amount of filler used.
The loading level of Milky Filler typically ranges from 10% to 40% by weight, depending on the specific application and the desired opacity or mechanical properties. The exact amount should be optimized based on the type of filler used and the desired performance characteristics.
Milky Filler, particularly calcium carbonate, does not significantly affect the recyclability of plastic. However, it’s essential to use compatible fillers that won’t hinder the recycling process. As with any filler, the specific material and its concentration should be considered when recycling plastic.

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