Hycar® 26477 by Lubrizol is a hydrophobic, foamable and soft handed, anionic styrene-acrylic copolymer emulsion. Exhibits excellent heat-, chemical-, mechanical- and light stability. It is... view more

Hycar® 2671 by Lubrizol is an APEO-free, heat reactive, anti-skinning acrylic emulsion. It is a durable and synthetic anionic emulsifier and exhibits good chemical, mechanical, heat- and light... view more

Hycar® 2679 by Lubrizol is a heat-reactive, acrylic copolymer latex. It provides excellent wash- and dry cleaning resistance. It exhibits excellent properties with minimum heat requirement. Its... view more

Hycar® 26796 by Lubrizol is a heat-reactive, self-thickening acrylic latex polymer. Offers excellent crock resistance, excellent chemical and mechanical stability, abrasion resistance and good... view more

Hycar® 26843 by Lubrizol is a high solids, flexible, acrylic adhesive emulsion. Exhibits excellent adhesion to various substrates. Possesses moderate mechanical stability. Shows good tack, good... view more

Alcogum® L 11 by Nouryon is an acrylate-based emulsion copolymer. It acts as an ASE rheology modifier. It improves flow and rheology of formulated adhesives. It possesses shear thinning flow... view more

Alcogum® L 12 by Nouryon is a acrylate-based emulsion copolymer. It acts as an ASE rheology modifier. It possesses shear thinning flow characteristics. It exhibits synergistic interaction with... view more

Alcogum® L 15 by Nouryon is an acrylate-based emulsion copolymer. It acts as an ASE rheology modifier. It possesses shear thinning flow characteristics and effective viscosity build in high solids... view more

Alcogum® L 243 by Nouryon is a stable anionic latex emulsion. It acts as alkali soluble viscosifier and rheology modifier. It provides more water retention and thickening efficiency. It possesses... view more

Alcogum® L 31 by Nouryon is acrylate-based emulsion copolymer. It acts as an ASE rheology modifier and pigment stabilizer. It possesses shear thinning flow characteristics and effective viscosity... view more