Hycar® 26315 is carboxylated acrylic copolymer latex by Lubrizol. This emulsion is heat reactive and being a hard latex polymer it is on the verge of being a non-film former at room temperature. It... view more

Hycar® 26334 by Lubrizol is an anionic carboxy-modified reactive acrylic latex. It is foamable and compatible with many fluorochemicals. Offers good chemical stability, soft hand, good mechanical... view more

Hycar® 26349 by Lubrizol is an acrylic emulsion. Used in production of extremely durable adhesives. It has excellent solvent- and plasticiser resistance. Hycar® 26349 is hydrophobic, self-crossing... view more

Hycar® 26415 by Lubrizol is a self-crosslinking acrylic emulsion. It is a foamable and self-thickening resin which forms film at room temperature. Exhibits good chemical stability and solvent... view more

Hycar® 26448 by Lubrizol is an anionic acrylic emulsion. It is heat sealable and exhibits excellent water resistance. Hycar® 26448 complies with FDA 175.105, 176.170, 176.180 and 177.1200... view more

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

Hycar® 26856 is a formaldehyde free acrylic latex polymer by Lubrizol. Exhibits good balance of physical properties, solvent resistance, mechanical stability, heat and light stability. Hycar® 26856... view more

Hycar® 26996 by Lubrizol is a general purpose, carboxy modified, self crosslinking, anionic acrylic polymer with excellent heat sealability. It exhibits good balance of tensile strength, elongation... view more

Hycar® ATBN 1300X16 by Lubrizol is amine terminated butadiene-acrylonitrile copolymer. Used in structural adhesive paste and joint sealers. Provides enhanced toughness/ flexibility of thermoset... view more

Butadiene-acrylonitrile copolymer. Hycar® ATBN 1300X42 by Lubrizol is used in film and paste adhesives. Provides enhanced toughness/flexibility of thermoset resins. Hycar® ATBN 1300X42 increases low... view more

Hycar® ATBN 1300X45 by Lubrizol is amine-termnated butadiene-acrylonitrile copolymer used in adhesives. Provides enhanced toughness/flexibility of thermoset resins and improves adhesion with... view more

Hycar® CTB 2000X162 by Lubrizolis carboxyl-terminated butadiene homopolymer used in film and paste adhesives (structural and semi-structural applications). Provides enhanced toughness/flexibility of... view more

Hycar® CTBN 1300X13 is carboxyl terminated polymer by Lubrizol. Used for film and paste adhesives (structural and semi-structural applications). Provides enhanced toughness, flexibility of thermoset... view more

Hycar® CTBN 1300X13F by Lubrizol is carboxyl terminated butadiene-acrylonitrile copolymer. Provides enhanced toughness/flexibility of thermoset resins. Increases low temperature mechanical... view more

Hycar® CTBN 1300X18 by Lubrizol is butadiene-acrylonitrile copolymer containing pendent carboxyl functionality. Used in film and paste adhesives (structural and semi-structural... view more

Hycar® CTBN 1300X31 is butadiene-acrylonitrile copolymer by Lubrizol. It is carboxyl-terminated polymer used in film and paste adhesives (structural and semi-structural applications). Increases low... view more