CIMSIL A55G by Tolsa is a chloride-free, low dust, powdered thixotropic and rheological additive. It acts as an anti-sagging- and anti-slipping agent. It is designed for improving properties in... view more

CIMSIL G30 by Tolsa is an attapulgite-based, fully inert rheological additive. It is particularly designed to modify rheology of wet & dry joint compounds, fillers and adhesives. It improves sag... view more

PANGEL® AD by Tolsa is a high-density, powdered rheological additive for water-borne systems. It acts as an anti-sagging- and anti-slipping agent. It controls system flow & consistency, ensuring... view more

PANGEL® B10 by Tolsa is a powdered rheological additive with high thickening- and anti-settling capacity for intermediate to low polarity systems. It provides strongly pseudoplastic- & thixotropic... view more

PANGEL® B20 by Tolsa is a powdered rheological additive for intermediate polarity systems. It exhibits high anti-settling capacity in formulations with high solids content. It imparts thixotropy and... view more

PANGEL® B42 by Tolsa is a powdered rheological additive with high thickening- and anti-sagging capacity. It is designed for high polarity systems based on alcohol, glycol & ketone type solvents as... view more

PANGEL® B5 by Tolsa is a powdered rheological additive with a high thickening- and anti-settling capacity. It imparts thixotropic and sagging-resistance properties. It is particularly recommended... view more

PANGEL® M100 by Tolsa is a rheological additive based on a purified bentonite clay. It acts as a thickening and anti-settling agent for water-borne systems. It offers texturing & surface finishing... view more

PANGEL® M150 by Tolsa is a high purity sodium bentonite-based rheological additive. It is specially developed to modify the rheology of emulsion systems, particularly non-ionic & anionic... view more

Based on selected and highly purified bentonite clay. It acts as a rheology modifier, thickener and anti-settling agent. Provides thixotropic properties and stability. Exhibits viscosity control... view more

PANGEL® M250 by Tolsa is a high purity natural sodium montmorillonite-based rheology modifier. It is very resistant against contaminated water. It produces a thickening effect on the... view more

PANGEL® M280 by Tolsa is a high purity, chloride-free, natural sodium montmorillonite-based rheological additive. It acts as a thickening and anti-settling agent for water-based systems. It shows... view more

Based on selected, activated and highly purified bentonite clay. It acts as a rheology modifier, thickener and anti-settling agent. Exhibits superior rheology, increased stability and viscosity... view more

PANGEL® M90F by Tolsa is a chloride-free, high purity sodium bentonite-based rheological additive with a selected particle size. It is specially developed to modify the rheology of joint... view more

PANGEL® OMD2 by Tolsa is a rheological additive based on highly purified, easy-to-disperse, self-activated organobentonite. It is suitable for medium to high polarity systems. It offers sag control... view more

PANGEL® RMA 400 by Tolsa is a high performance liquid rheology modifying admixture. Due to its particular & unique structure, it is suitable for shotcrete/sprayed concrete applications. It is... view more

PANGEL® S9 by Tolsa is a rheological additive for water-based systems. It imparts excellent thixotropic & pseudoplastic characters, improving spreading and application properties. It exhibits high... view more

PANGEL® W by Tolsa is a rheological additive for aqueous systems. It is designed to improve anti-sagging and anti-sedimentation performance during storage. It offers easy dispersion & controlled... view more

Hollow ceramic micro-sphere. It is a glass hard, inert and hollow silicate sphere. Exhibits increased filler loading and improved rheology. Possesses lightweight- and free-flowing characteristics... view more

Hollow ceramic micro-sphere. It is a glass hard, inert and hollow silicate sphere. Exhibits increased filler loading and improved rheology. Possesses lightweight- and free-flowing characteristics... view more