Spheromers® CA15 by Lamberti is polymethyl methacrylate (PMMA)-based scratch resistance agent. It exhibits low refractive index, imparts permanent slip improvement, offers matting/gloss control and... view more

Spheromers® CA40 by Lamberti is polymethyl methacrylate (PMMA)-based scratch resistance agent. It exhibits low refractive index, imparts permanent slip improvement, offers matting/gloss control and... view more

Spheromers® CA60 by Lamberti is a polymeric matting agent. It is spherical monosized acrylic-based beads made from cross-linked polymethyl methacrylate (PMMA). It exhibits excellent mechanical... view more

Viscolam® 330 by Lamberti is a cost-effective and anionic polyvalent thickener with no binder dependence. It is an acrylic copolymer emulsion (ASE) with pseudoplastic behavior, to increase low & high... view more

Viscolam® 600 by Lamberti is a rheology modifier based on associative acrylic copolymer emulsion (HASE) with pseudoplastic behavior. It is active in medium shear (KU builder). It is ideal to adjust... view more

Viscolam® 630 by Lamberti is a rheology modifier based on associative acrylic copolymer emulsion (HASE) with pseudoplastic behavior. It is active in low and medium shear viscosity. It is an anionic... view more

Viscolam® 635 by Lamberti is a rheology modifier based on associative acrylic copolymer emulsion (HASE) with pseudoplastic behavior. It is active in medium and high shear viscosity. It is an anionic... view more

Viscolam® CMD 50 by Lamberti is an acrylic copolymer, hydro swellable dropplets (HSD) based rheology modifier. It is used to reach incredibly very low shear viscosity. It is applicable for water-based... view more

Viscolam® NT 74 by Lamberti is a rheology modifier based on associative acrylic copolymer emulsion (HASE) with newtonian behavior. It is an anionic grade and has high shear viscosity (ICI builder). It... view more

Viscolam® PS 166 by Lamberti is non-ionic polyurethane associative thickener (HEUR) in water/2-butoxyethanol. It is highly efficient to increase KU (low to mid shear) viscosity. It is used in water-based... view more

Viscolam® PS 167 by Lamberti is non-ionic polyurethane associative thickener (HEUR) in water/ 2-(2-butoxyethoxy)ethanol. It is highly efficient to increase KU (low to mid shear) viscosity. It is used in... view more

Viscolam® PS 202 by Lamberti is a solvent- and VOC-free grade. It is non-ionic polyurethane associative thickener (HEUR) It has highly newtonian behavior to increase ICI (high shear) viscosity. It is... view more

ESACOTE® PU 850 by Lamberti is an anionic waterborne dispersion of an aliphatic polyurethane based on polyether diols. It can be used as binder for primer on bioriented polypropylene or bioriented... view more

Hydrophobic treated natural gum. Used as a thickener in water based paints. Offers very good dispersability, ease of application and reduced spray formation... view more

Chemically modified natural gum. Used as a highly efficient thickener and rheology modifier in water based paints. Offers good dispersability... view more

Chemically modified natural gum. Used as a medium viscosity thickener and rheology modifier in water based paints. Offers good dispersability... view more

Esacol ED 20 by Lamberti is a chemically modified natural gum. Used as a highly efficient thickener in water-based paints. Provides good brushability, good roller application, very good levelling... view more

Esacol® ED 30 W by Lamberti is a non-ionic natural thickener and rheology modifier. It is a chemically modified polysaccharide with delayed solubility. It is easily dispersible and has high molecular... view more

Esacol® ED 50 W by Lamberti is a non-ionic natural thickener and rheology modifier. It is a chemically modified polysaccharide with delayed solubility. It is easily dispersible and has high molecular... view more

Spheromers® CA50 by Lamberti is a polymethyl methacrylate (PMMA) grade. Acts as a scratch resistance agent. Exhibits low refractive index, imparts permanent slip improvement, offers matting/gloss control... view more