Fillite® 106 by Tolsa is a glass hard, inert, hollow silicate ceramic microsphere. It offers filler loading with improved rheology, less shrinkage & warping and improved physical properties in... view more

Fillite® 160 by Tolsa is a glass hard, inert, hollow silicate ceramic microsphere. It allows reduced water absorption and offers improved flow, rheology, flame retardance & chemical resistance... view more

Hollow silicate ceramic sphere. It includes, many advantages like filler loading as well as improved rheology, less shrinkage & warping, improved physical properties in molding, casting & laminates... view more

Fillite® 500 by Tolsa is a glass hard, inert, hollow silicate ceramic microsphere. It offers filler loading with improved rheology, less shrinkage & warping and improved physical properties in... view more

Hollow silicate ceramic sphere. It includes, many advantages like filler loading as well as improved rheology, less shrinkage & warping, improved physical properties in molding, casting & laminates... view more

AEROPOR® 1000 by sh minerals is an alumino silicate. Acts as a filler. It stands out due to its low water requirement and its natural color. Exhibits low real density (range of 0.6-0.7 g/cm3), is... view more

AEROPOR® 1200 by sh minerals is an alumino silicate. Acts as a filler. It stands out due to its low water requirement and its natural color. Exhibits low real density (range of 0.6-0.7 g/cm3), is... view more

AEROPOR® 180 by sh minerals is an alumino silicate. Acts as a filler. It stands out due to its low water requirement and its natural color. Exhibits low real density (range of 0.6-0.7 g/cm3), is... view more

AEROPOR® 2000 by sh minerals is an alumino silicate. Acts as a filler. It stands out due to its low water requirement and its natural color. Exhibits low real density (range of 0.6-0.7 g/cm3), is... view more

AEROPOR® 300 by sh minerals is an alumino silicate. Acts as a filler. It stands out due to its low water requirement and its natural color. Exhibits low real density (range of 0.6-0.7 g/cm3), is... view more