Brands

Silfermin FLS series are produced from naturally occurring sodium potassium - aluminum silicate feedstock. With a unique and distinctive combination of particle morphology, surface chemistry, and reflective index, Silfermin FLS exhibits excellent anti-blocking performance with minimal impact upon barefoot optical properties. These provide better clarity & low haze with high gloss.

AR Talc series is sub-microns particle size platy talc with a high surface area & High Aspect Ratio to provide excellent barrier properties. During injection molding, these talcs act as ideal reinforcing fillers which provide greater stiffness & impact strength better dimensional stability. It is compatible with all Thermoplastics & Thermosets.

20 Microns pioneered unique processing methods and applications expertise for calcination along with fine particle technology, and today our fine particle Calcined Kaolins are the most widely used worldwide in numerous applications from Coatings to Plastics and Paper to Construction and Adhesives to Rubber and Wire & Cable. Delivering the highest gloss, our ultra-fine Calcined Kaolins are the perfect complement in high Carbonate Coating formulations to optimize properties and Printability. 20 Microns offers a variety of Calcined Kaolins calcined at medium to high temperatures depending on end applications for its customers across the globe. Our Hyper series is Silane treated Calcined Kaolin with different organo silane as per the end application requirement. The highly pulverized and coating technology imparts excellent homogenous dispersion in polymeric and rubber compounds. These are high-performance reinforcing extenders providing better dispersion, significantly improving dielectric and mechanical properties like tensile strength, modulus, abrasion resistance, and shore hardness. It is widely accepted as a suitable replacement for conventional reinforcing fillers in the rubber industry.

Phelmer Series are produced from naturally occurring sodium potassium - aluminum silicate feedstock. A unique and distinctive combination of particle morphology, surface chemistry, and reflective index, exhibits excellent anti-blocking performance with minimal impact upon barefoot optical properties.