Products in Pulping & Processing

PULPSIL® 960 S is a hydrolytically stable silicone surfactant based on a polyether-modified silicone fluid, designed specifically for use in the pulp and paper industry. This product is water-dispersible, allowing for easy incorporation into water-based systems. To achieve optimal dispersion, we suggest starting with water and gradually adding PULPSIL® 960 S while stirring continuously.

PULPSIL® 745 E is a low-viscosity, highly effective silicone antifoam emulsion specifically designed for use in pulp mills. It is characterized by its low viscosity, making it easy to dose, as well as its excellent long-term efficiency and very good knock-down efficiency. PULPSIL® 745 E functions primarily as an antifoam agent and drainage aid, and it can be added at different stages of the manufacturing process.

PULPSIL® 266 C is a highly viscous, relatively alkaline-resistant, extremely efficient, solvent- and water-free silicone antifoam compound, specially developed for use in pulp mills. It offers very good handling, long-term efficiency, and excellent knock-down efficiency. This product is also suitable for applications in antifoams for textile finishing and pulp-related processes.

PULPSIL® 763 E is a low-viscosity, highly effective silicone antifoam emulsion specifically designed for use in pulp mills. It is mainly used in pulp washing and screening processes, but it is also effective during bleaching and wastewater treatment. PULPSIL® 763 E acts primarily as an antifoam agent and drainage aid, and it can be added at various stages of the manufacturing process.

PULPSIL® 822 E is a medium-viscous, highly effective silicone antifoam emulsion developed specifically for use in pulp mills. It is characterized by its very good knock-down efficiency, long-term efficiency, compatibility, and excellent stability. PULPSIL® 822 E acts primarily as an antifoam agent and drainage aid and can be added at various stages during the manufacturing process.

PULPSIL® 733 E is a low-viscosity, highly effective silicone antifoam emulsion specifically designed for use in pulp mills. It serves as both an antifoam agent and a drainage aid, and can be added at different stages of the manufacturing process. PULPSIL® 733 E is primarily used in pulp washing and screening processes, but it is also effective in bleaching and wastewater treatment.

PULPSIL® 814 E is a medium-viscosity, low-concentrated, highly effective silicone antifoam emulsion, specifically developed for use in pulp mills. It acts primarily as an antifoam agent and drainage aid and can be added at various stages during the manufacturing process. PULPSIL® 814 E is characterized by its excellent long-term efficiency and knock-down efficiency, particularly in aggressive black liquors. It offers high performance even at low dosages.

VISIOMER® DMAPMA (3-Dimethylamino propyl methacrylamide) is an amino functional methacrylamide monomer. Its methacrylamide structure provides increased hydrolytic stability compared to methacrylic esters. This monomer is commonly used to enhance pigment wetting and improve substrate adhesion to polymers. Industries such as coatings, oil and gas, paper, personal care, and healthcare can benefit from the unique properties of VISIOMER® DMAPMA.

VISIOMER® TMAEMC (2-Trimethylammoniumethyl methacrylate chloride - aqueous solution-) is a quaternized aminofunctional monomer specifically designed for the preparation of water-soluble cationic polymers. It finds applications in various industries such as oil and gas, paper, personal care, pharmaceuticals and healthcare, and water treatment. By utilizing VISIOMER® TMAEMC, polymers with desirable cationic properties can be created, offering benefits in areas such as emulsion stabilization, flocculation, and antimicrobial activity.

VISIOMER® MADAME is a monofunctional methacrylate with a tertiary amino group in the side chain. It is an ideal ingredient for improving the adhesion of formulations. This monomer is widely used in the preparation of cationic polymers, particularly quaternary ammonium polymers and flocculants. Industries such as coatings, oil and gas, paper, and personal care can benefit from the unique properties of VISIOMER® MADAME.

AROSURF® PA 935 is a hydrophilic polyether siloxane emulsion with a high molecular weight. It is designed to provide special surface lubrication effects on facial and bathroom tissue during converting. AROSURF® PA 935 is recommended as a formulation aid for converting lotions. This non-ionic, non-substantive siloxane surfactant dilution is based on synthetic raw materials and does not contain any flammable solvents. It achieves a unique silicone surface feel on tissue without affecting the sheet's tensile strength. AROSURF® PA 935 is suitable for tissue made of virgin and/or recycled fibers and enhances the tissue's water absorbency properties due to its high hydrophilicity. It is compatible with other chemicals and can be easily diluted to form lower viscosity emulsions using demineralized water while avoiding the presence of electrolytes and water hardness.

VISIOMER® MAPTAC (3-Trimethylammoniumpropyl methacrylamide chloride - aqueous solution-) is a quaternized aminofunctional monomer specifically designed for the preparation of water-soluble cationic polymers. It finds applications in various industries including adhesives and sealants, oil and gas, paper, personal care, pharmaceuticals, and healthcare. By utilizing VISIOMER® MAPTAC, water-soluble cationic polymers can be synthesized, offering advantages such as enhanced adhesion, and flocculation. This versatile monomer contributes to the development of innovative products in a wide range of applications.

AROSURF® PA 777 V is a specially formulated blend that is utilized in the production of fluff pulp to reduce tensile strength while maintaining absorbency. It is also used in the manufacturing of tissue and towelling as a softener and debonder to enhance bulk and reduce tensile strength in the wet end, particularly for recycled fiber. This hydrophilic liquid blend is made from fully vegetable and synthetic raw materials and is easy to handle. It is absorbed effectively by cellulosic fibers and has a minimal impact on water absorbency. AROSURF® PA 777 V is an effective softener and debonder that is ideal for use with fluff pulp and recycled fiber.

AROSURF® PA 852 is a non-volatile blend of non-ionic and cationic softeners used in tissue and towel manufacturing. It is suitable for virgin, low strength, and recycled fibers. The softener is applied to the wet web by spray, imparting a soft hand feel without affecting tensile strength or bulk softness. Tissue made with AROSURF® PA 852 leaves a pleasant afterfeel on the skin, and absorption properties are minimally reduced. The liquid blend is easily dispersed in warm water and has low viscosity for easy application by spray. AROSURF® PA 852 is an effective softener that enhances the quality of tissue and towel products.

N-Methyldicyclohexylamine (MDCHA) is a highly basic, clear, and colorless liquid amine that emits a mild amine odor. It is easily soluble in common organic solvents but remains insoluble in water. MDCHA finds application in the production of additives for various industries, including rubber, pulp and textiles, lubricants and oils, and pharmaceuticals.

VISIOMER® N-iPMAA (N-isopropyl methacrylamide) is an alkylated methacrylamide widely employed as a building block in the creation of polymers specifically designed for applications in various industries. These industries include health care, oil and gas, paper, personal care, textile and leather, as well as water treatment. In the oil and gas sector, VISIOMER® N-iPMAA serves as a crucial component for developing polymers that can withstand the demanding conditions of this industry.

N,N-Bis-(3-aminopropyl)methylamine (BAPMA) is a colorless to yellow liquid with an amine odor. BAPMA is fully soluble in water in all proportions. is a liquid that ranges in color from colorless to yellow and possesses an amine odor. It is completely soluble in water, regardless of the proportion. BAPMA serves as a chemical intermediate in various industries, including agriculture, pulp and paper, textiles, and water treatment.

ADM Cationic Starch 155 is a hot water-soluble maize starch modified cationically to be used in various industrial applications, particularly in paper wet-end applications. This non-GMO product meets the regulatory requirements set by the Food and Drug Administration under 21 CFR 175.105.

Clinton 131 Corn Starch #028131 is an enzyme-converting starch containing an effective buffer system for optimum pH control that helps maintain efficient utilization of the enzyme during the conversion process. This ADM starch has been designed to be equally suitable for surface sizing and coating adhesive applications. For surface sizing operations, the enzyme-converted starch pastes are translucent and white and can be readily diluted to any desired concentration at the size press to produce the needed viscosity. For coating color adhesive operations, this product (with the appropriate enzyme dose) can produce a thin viscosity and consistently convert to the same viscosity each time. The resulting paste does not have an excessive reaction to plasticizers normally used in coating formulations. Therefore, good control of the final coating color viscosity is maintained. The resulting pastes of this product from both low and high solid enzyme conversion cycles have strong adhesive properties, which are suitable for mills making different grades of surface-sized or coated paper.

ADM Cationic Starch 163 is a cationic, hot water-soluble maize starch ideal for various industrial applications, especially in paper wet-end applications. It is a non-GMO product that complies with the regulations set by the Food and Drug Administration under 21 CFR 175.105.

Clin-Cat 870 Cationic Corn Starch LW #028870 is specifically prepared to produce a superior starch for the internal sizing of paper. As an industrial starch, this product can be used for ASA-size emulsification. It is a water-soluble polymer with the advantage of rapid hydration without increasing the temperature. With low shear mixing, this product can be mixed at different solid levels up to 25% in cold water.

Clinton 104 Corn Starch #028104 is one of a series of unmodified starches manufactured by ADM. This product has a high viscosity with a good body at both high and low solids. It is exceptionally well suited for use in thermal or chemical conversion processes. This starch product displays properties typical of unmodified, thick, boiling starches as well. As a converted starch paste, it maintains strong adhesive properties that can be used very efficiently in the surface sizing of paper.

ADM Cationic Starch 146 is a cationic, hot water-soluble maize starch that is well-suited for a wide range of industrial applications, with a particular focus on paper wet-end applications. This non-GMO product is fully compliant with the regulations set by the Food and Drug Administration under 21 CFR 175.105.

Clinton 430 Oxidized Corn Starch #028430 is specifically processed to produce a superior converting starch that is well suited to the thermal converting techniques used in paper mill operations. When jet-cooked, the resulting paste displays a low viscosity and a clear appearance. It maintains desirable characteristics with a low setback rate, such as the white color and minimal residue. When dried, this starch forms clear, strong films that withstand the physical tests characteristic of the paper industry, such as the tensile, Mullen, and wax pick tests.

ADM Cationic Starch 174 is a cationic maize starch that is hot water-soluble and well-suited for various industrial applications, especially paper surface treatment. It is a native starch that improves texture and tenderness, providing a clean and neutral flavor that won't interfere with the taste of the final product. Additionally, ADM Cationic Starch 174 is versatile and delivers textural benefits in a wide range of applications, including filled cakes, tortillas, and cereals.

ADM Cationic Starch 166 is a cationic, hot water-soluble maize starch ideal for various industrial applications, especially in paper wet-end applications. It is a non-GMO product that complies with the regulations set by the Food and Drug Administration under 21 CFR 175.105.

ADM Cationic Starch 172 is a cationic maize starch that is hot water-soluble and well-suited for various industrial applications, especially paper surface treatment. Native starches are known for improving texture and tenderness, and ADM Cationic Starch 172 provides a clean and neutral flavor that won't interfere with the taste of the final product. Additionally, it is versatile and delivers textural benefits in a wide range of applications, including filled cakes, tortillas, and cereals.

Clin-Cat 825 Cationic Corn Starch #028825 is specifically prepared to produce a superior starch for the internal sizing of paper. This product can improve the retention of fillers such as titanium dioxide, calcium carbonate, and clay and can be used for ASA-size emulsification. It also exhibits improved retention of fine fibers and sheet strength (i.e., burst strength and Scott bond) and is suitable for use at any paper furnish pH.

ADM Cationic Starch 168 is a cationic, hot water-soluble maize starch ideal for various industrial applications, especially in paper wet-end applications. It is a non-GMO product that complies with the regulations set by the Food and Drug Administration under 21 CFR 175.105.

Clin-Cat 829 Cationic Corn Starch #028829 is specifically prepared with the addition of adipic acid to produce a superior starch for the internal sizing of paper. This product can improve the retention of fillers such as titanium dioxide, calcium carbonate, and clay. It can also improve the retention of fine fibers and sheet strength (i.e., burst strength and Scott bond). This cationic corn starch is derivatized using a quaternary amine. Since its cationic charge is observed over a wide pH range, it can be suitable for either acidic or alkaline papermaking systems.

Clin-Cat 810 Cationic Corn Starch #028810 is specifically prepared to produce a superior starch for the internal sizing of paper. This product can improve the retention of fillers such as titanium dioxide, calcium carbonate, and clay. It can also improve the retention of fine fibers and sheet strength (i.e., burst strength and Scott bond). This cationic corn starch is derivatized using a quaternary amine. Since its cationic charge is observed over a wide pH range, it can be suitable for either acidic or alkaline papermaking systems.

ADM Industrial Crosslinked 180 is a modified maize starch that is hot water-soluble and well-suited for various industrial applications, especially in the papermaking industry. It is a non-GMO product and complies with the regulations set by the Food and Drug Administration under 21 CFR 175.105.

ADM Modified Starch 160 I is a hot water-soluble maize starch preparation suited for various industrial applications, especially paper surface treatment. It is a non-GMO product that complies with the regulations set by the Food and Drug Administration under 21 CFR 175.105.

ADM Cationic Starch 165 is a cationic, hot water-soluble maize starch ideal for various industrial applications, especially in paper wet-end applications. It is a non-GMO product that complies with the regulations set by the Food and Drug Administration under 21 CFR 175.105.

ADM Native Starch 120 I is a hot water-soluble native maize starch suited for various industrial applications, especially paper surface treatment. It improves texture and tenderness, providing a clean, neutral flavor that won’t interfere with the finished product’s taste. Additionally, it also delivers textural benefits in a variety of applications, including filled cakes, tortillas, and cereals.

ADM Native Starch 200 I is extracted from selected French wheat. It is used in the paper industry at three main stages of papermaking. Firstly, it is used in the mass that bonds cellulose-starch-cellulose in order to increase the mechanical strength of the paper. Secondly, it is used at the size press to strengthen the cohesion of the fiber surface and avoid bobbing. Finally, it is used in coating products to hide the irregularities of the surface and replace the natural macroporosity, giving an appropriate artificial microporosity for writing or printing.