Products

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.

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.

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.

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 Industrial O-B-M 187 is a cold water-soluble modified maize starch suited for various industrial applications, especially corrugated board glue. It is a non-GMO product that complies with the regulations set by the Food and Drug Administration under 21 CFR 175.105.

Supergell® 1201 is a pure white prime wheat starch that has consistent cooked viscosity and is in the form of a free-flowing, uniformly granulated white powder. It is ideally suited for general industrial use and has a variety of suggested applications, including paper sizing and coating, corrugated sheet adhesive, adhesives, fiberboard, and ceiling tiles.

ADM Industrial Acid Modified 102 is a modified, hydrolyzed, hot water-soluble maize starch that is well-suited for a variety of industrial applications, with a particular emphasis on plasterboard. It is a non-GMO product that complies with the regulations set by the Food and Drug Administration under §175.105.

Paygel® 290 - Pregelatinized Wheat Starch is a highly refined, precooked, food-grade wheat starch that is pregelatinized. It is used in both food and industrial applications as a binding agent and to increase viscosity. Paygel® 290 forms stable gels with ten parts of water and retains its characteristics through normal processing.

Clinton 225 Acid Modified Industrial Corn Starch #028225 is a relatively high-viscosity, acid-modified starch that is employed by the corrugating industry as a carrier starch. This product has a moisture content of 9 - 13% and a pH in the range of 6.0 - 7.0.

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.

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 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 Industrial Crosslinked 110 is a modified, hot, water-soluble maize starch that is suitable for a wide range of industrial applications, with a particular focus on corrugated board glue. 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 840 Cationic Corn Starch #028840 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.

Clin-Cat 880 Cationic Corn Starch HW #028880 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 439 Oxidized Corn Starch #028439 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.