Aquaflow™ D-3981 by Ashland Specialty Chemical is a hydrophobically-modified polyacetal-polyether (HM-PAPE). Acts as a nonionic synthetic associative thickener & rheology modifier. Offers easy... view more

Aquaflow™ ECO-300 by Ashland Specialty Chemical is a biocide-free, high-shear, non-ionic synthetic associative thickener (NSAT). This rheology modifier is based on hydrophobically-modified... view more

Aquaflow™ NHS-300 by Ashland is a hydrophobically modified polyether. Acts as non-ionic associative thickener. It is cost effective, pH insensitive and biostable. Possesses superior flow, leveling as... view more

Aquaflow™ NHS-310 is a VOC-free, hydrophobically modified polyether by Ashland Specialty Chemical. Acts as non-ionic associative thickener. It is a pH insensitive and biostable. Provides superior... view more

Aquaflow™ NHS-350 is an APEO-free, hydrophobically modified polyether by Ashland Specialty Chemical. Acts as a solvent-free, non-ionic synthetic associative thickener. Provides efficient ICI... view more

Aquaflow™ NHS-355 by Ashland Specialty Chemical is a hydrophobically modified polyether with low VOC. Acts as a solvent-free, nonionic synthetic associative thickener. Provides efficient ICI... view more

Aquaflow™ NLS-200 is a rheology modifier, nonionic associative polymer solution by Ashland Specialty Chemical. Used in interior and exterior formulations. Provides superior flow and leveling... view more

Aquaflow™ NLS-205 is a hydrophobically modified polyacetal polyether by Ashland Specialty Chemical. It is free of volatile organic compound. Provides superior flow and leveling, ICI viscosity... view more

Aquaflow™ NLS-210 is a hydrophobically modified polyether by Ashland Specialty Chemical. It acts as a nonionic associative rheology modifier. It is pH insensitive and biostable. Increases the... view more

Aquaflow™ NLS-220 is a hydrophobically modified polyether by Ashland Specialty Chemical. Provides efficient thickening and superior flow and leveling. Offers very good spatter resistance. Aquaflow™... view more

Aquaflow™ NMS-450 is a hydrophobically modified polyether grade free of APEO by Ashland Specialty Chemical. Acts as a solvent-free, nonionic synthetic associative thickener. Has been optimized for... view more

Aquaflow™ NMS-460E by Ashland Specialty Chemical is a highly efficient, mid-shear, non-ionic synthetic associative thickener (NSAT). It also acts as a solvent-, tin-, and APEO-free rheology... view more

Aquaflow™ XLS-500 is a hydrophobically modified polyether by Ashland Specialty Chemical. Acts as a non-ionic associative rheology modifier. Is pH insensitive and biostable. Provides very efficient... view more

Aquaflow™ XLS-525 by Ashland is a non-ionic synthetic associative thickener. It is solvent-free, pH insensitive and biostable hydrophobically modified polyether. It is compatible with virtually all resin... view more

Aqualon™ AQU D-3831 by Ashland Specialty Chemical is a modified hydroxyethylcellulose. Exhibits wide-ranging solubility & flexibility at low temperatures and very low decomposition temperature... view more

Aqualon™ AQU D-3897 by Ashland Specialty Chemical is a modified hydroxyethylcellulose. Exhibits wide-ranging solubility & flexibility at low temperatures and very low decomposition temperature... view more

Aqualon™ AQU D-4382 by Ashland Specialty Chemical is a modified hydroxyethylcellulose. Exhibits wide-ranging solubility & flexibility at low temperatures and very low decomposition temperature... view more

Cellulose ether. It is very tough, soluble in a wide range of solvents, and flexible at low temperatures. Ethylcellulose is also characterized by low flammability and resistance to discoloration in... view more

Aqualon™ EC (N7) by Ashland is cellulose ether-based ethyl cellulose. It is soluble in a wide range of solvents, and flexible at low temperatures. It is also characterized by low flammability and... view more

Cellulose ether. It is very tough, soluble in a wide range of solvents, and flexible at low temperatures. Ethylcellulose is also characterized by low flammability and resistance to discoloration in... view more