Joncryl® 1530 by BASF is an acrylic emulsion. It is freeze-thaw stable. Offers excellent adhesion to a wide variety of substrates under a wide range of temperature and humidity application... view more

Joncryl® 1532 by BASF is an acrylic emulsion. Used in metal coatings. Offers very good adhesion to a wide variety of substrates. Joncryl® 1532 shows low VOC capability... view more

Joncryl® 1534 by BASF is an acrylic emulsion. It is freeze-thaw stable. Suitable for waterborne systems. Joncryl® 1534 by BASF is used as a universal primer with excellent resistance properties... view more

Joncryl® 1907 by BASF is acrylic emulsion. It offers fast dry, excellent adhesion, pigment dispersibilty capability, formulation versatility and unique rheology. Joncryl® 1907 is recommended for use... view more

Joncryl® 1908 by BASF is a very hard acrylic film forming emulsion. Imparts hardness and block resistance. It is freeze-thaw stable. It is suitable for waterborne systems. Joncryl® 1908 by BASF is... view more

Joncryl® 1915 by BASF is a cost-effective acrylic emulsion. Offers excellent adhesion, early block resistance and high binder efficiency. It meets the tough property requirements of the hardboard... view more

Joncryl® 1916 by BASF is an acrylic emulsion. It is freeze-thaw stable. Offers excellent water resistance, outstanding early block resistance and adhesion. Suitable for waterborne systems. Joncryl®... view more

Joncryl® 1919 by BASF is a cost-effective acrylic emulsion. Offers excellent water resistance, early block resistance and adhesion to aluminum. Can be formulated without added solvents in many... view more

Joncryl® 1921 by BASF is an acrylic emulsion. It is freeze-thaw stable. Offers a balance between block resistance and adhesion properties for hardboard primer coatings. Joncryl® 1921 by BASF is... view more

Joncryl® 1925 by BASF is an acrylic emulsion. Used in general metal finishes, hardboard and wood industrial coatings. Offers good water and humidity resistance. Joncryl® 1925 provides good household... view more

Joncryl® 1954 by BASF is an acrylic emulsion. It is freeze-thaw stable. Provides a balance of low solvent demand with excellent hardness. Offers good sanding properties for enamel undercoat and... view more

Joncryl® 1965 by BASF is an acrylic emulsion. Used in wood industrial coatings and exterior concrete stains. Provides very good water resistance and hot tire pick-up. Joncryl® 1965 offers good... view more

Joncryl® 1972 by BASF is an acrylic emulsion. Used in plastic and wood industrial coatings. Provides very good chemical resistance. Joncryl® 1972 offers very good adhesion to variety of substrates... view more

Joncryl® 1980 by BASF is acrylic emulsions. It provides excellent adhesion, unique rheology, fast dry, pigment dispersing capability and formulation versatility. Joncryl® 1980 is suitable for... view more

Joncryl® 1980-E by BASF is a self-crosslinking acrylic emulsion. It has low VOC and natural look. Offers excellent chemical resistance, good scratch and mar resistance. It is suitable for interior... view more

Joncryl® 1982 by BASF is a one-pack self-crosslinking aqueous acrylic/ styrene emulsion. Offers formulation stability exhibiting excellent chemical resistance and film hardness with lower yellowing... view more

Joncryl® 1984 by BASF is a self-crosslinking aqueous acrylic/ styrene emulsion. Offers formulation stability exhibiting UV resistance and film hardness. Joncryl® 1984 by BASF is suitable for... view more

Joncryl® 1987 by BASF is a one-pack self-crosslinking aqueous acrylic/ styrene emulsion. Offers formulation stability exhibiting excellent chemical resistance and film hardness with lower yellowing... view more

Joncryl® 1992 by BASF is an acrylic emulsion. Designed for ambient or force-dry cure systems offering good chemical resistance. Joncryl® 1992 by BASF is suitable for waterborne systems. It is ideal... view more

Sodium salt of modified acrylic copolymer. It is rheology Controlled (RC) emulsion. It offers excellent printability and resolubility, good adhesion to film substrates and viscosity-stable metallic... view more