easy-wet™ 200 by Ashland is an oligomeric alkyl ether polyol, multifunctional nonionic, silicone & APEO-free substrate wetting agent with low foaming properties. It is cost-effective surfactant with... view more

easy-wet™ 210 by Ashland is an oligomeric alkyl polyether polyol, multifunctional nonionic, silicone & APEO-free substrate wetting agent with low foaming properties. It is cost-effective surfactant... view more

easy-wet™ 300 by Ashland is an oligomeric alkyl polyether polyol, tunable, silicone & APEO-free, multifunctional nonionic substrate wetting agent with low foaming properties. It is cost-effective... view more

2-PYROL™ by Ashland Specialty Chemical is a hygroscopic, biodegradable and reactive 2-pyrrolidone. Used as a humectant and cosolvent in digital printing inks and as a coalescent or plasticizer for... view more

2-PYROL™ Purified by Ashland Specialty Chemical is a purified 2-pyrrolidone. It is a hygroscopic, biodegradable and reactive grade. 2-PYROL™ Purified is used as a humectant and cosolvent in digital... view more

Acrylidone™ LM is a tetrapolymer of vinylpyrrolidone, acrylic acid and lauryl methacrylate. Acrylidone™ LM is suitable for ink jet applications... view more

Admiral™ 1089 by Ashland Specialty Chemical is a fluidized polymer suspension of cellulosic ether. Acts as a rheology modifier. Offers superior performance with the added advantage of easier... view more

Admiral™ 3089F by Ashland is a fluidized polymer suspension of cellulosic ether. Acts as a rheology modifier. Offers superior performance with the added advantage of easier handling. Compatible with... view more

Admiral™ 3966 by Ashland is a fluidized polymer suspension of cellulosic ether. Acts as a rheology modifier. Offers superior performance with the added advantage of easier handling. Compatible with... view more

Admiral™ MO 1030 by Ashland is a fluidized polymer suspension of cellulosic ether. Acts as a rheology modifier. Offers superior performance with the added advantage of easier handling. Compatible with... view more

Advantage™ AM357 by Ashland is a high-efficiency, hydrocarbon oil-based antifoaming agent. Used in architectural paints, emulsions plasters, industrial- and wood coatings and printing inks. It... view more

Advantage™ AM831 by Ashland is a high-efficiency, hydrocarbon oil-based antifoaming agent. Used in architectural paints, emulsions plasters, industrial- and wood coatings and printing inks. Its... view more

Advantage™ AV1425 by Ashland is a high-efficiency, environmentally friendly, APEO-free and zero VOC vegetable oil-based antifoaming agent. Used in architectural paints, emulsions plasters, industrial... view more

Antaron™ (Ganex™) P-904LC by Ashland is a low weight alpha-C4 olefin(10%) and vinylpyrrolidone(90%). Acts as a dispersing agent, emulsifier and film-forming agent. It is water soluble. The combination of... view more

Antaron™ (Ganex™) WP-660 by Ashland has a low molecular weight alpha-C-30 olefin(80%) and vinylpyrrolidone(20%). Acts as an emulsifier, dispersing and film forming agent. Its combination of vinylpyrrolidone and... 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

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