Products

ADM Ethanol Denatured 99.9% (alcohol denat.) is anhydrous ethanol obtained from corn, European Pharmacopoeia, denatured with 1 liter of methyl ethyl ketone, 1 liter of isopropyl alcohol and 1 gram of denatonium benzoate per hectolitre of absolute alcohol. This transparent liquid finds major applications in the chemical industry. The product complies with current regulations in the EU as well in Hungary.

ADM Non-GMO Native Starch 100 I #028113 is a native maize corn starch that is soluble in hot water and suited for various industrial applications. For food applications, this starch is a cost-effective option to develop texture and provide stability. This product functions as an effective aqueous rheology modifier and a powerful binding agent.

ADM 115 Non-GMO Food Grade Native Corn Starch #028164 is a highly refined product and a low-moisture basic powdered starch manufactured by ADM in Europe. This product is used in food applications such as puddings, salad dressings, prepared mixes, and gravies. As an unmodified (thick-boiling) starch, it is typically high in viscosity, with a good body at both low and high solids. Additionally, the setback (viscosity increase upon aging of the starch paste) is characteristically high for this product.

Clinton 240 Acid Modified Industrial Corn Starch #028240 is a medium-viscosity, acid-modified starch that is employed by the paper and textile industries for size applications, particularly at high temperatures. A benefit of this product is that the hot paste is less viscous than that of an unmodified starch, and at elevated temperatures, the pastes are slightly clearer. For most applications, it is desirable to hold this paste at high temperatures to prevent excessive setback. When dried, this starch forms tough, opaque films that withstand the physical tests characteristic of the paper industry, such as the tensile, Mullen, and wax pick tests.

ADM 100 Non-GMO Food Grade Native Corn Starch #028165 is a highly refined basic powdered starch manufactured by ADM in Europe. This product is used in food applications such as puddings, salad dressings, prepared mixes, and gravies. As an unmodified (thick-boiling) starch, it is typically high in viscosity, with a good body at both low and high solids. Additionally, the setback (viscosity increase upon aging of the starch paste) is characteristically high for this product.

Clinton 220 Acid Modified Industrial Corn Starch #028220 is a relatively high-viscosity, acid-modified starch that is employed by the paper and textile industries for size applications, particularly at high temperatures. A benefit of this product is that the hot paste is less viscous than that of an unmodified starch, and at elevated temperatures, the pastes are slightly clearer. For most applications, it is desirable to hold this paste at high temperatures to prevent excessive setback. When dried, this starch forms tough, opaque films that withstand the physical tests characteristic of the paper industry, such as the tensile, Mullen, and wax pick tests.

Clinton 260 Acid Modified Industrial Corn Starch #028260 is a medium-viscosity, acid-modified starch that is employed by the paper and textile industries for size applications, particularly at high temperatures. A benefit of this product is that the hot paste is less viscous than that of an unmodified starch, and at elevated temperatures, the pastes are slightly clearer. For most applications, it is desirable to hold this paste at high temperatures to prevent excessive setback. When dried, this starch forms tough, opaque films that withstand the physical tests characteristic of the paper industry, such as the tensile, Mullen, and wax pick tests.

Clinton 277 Acid Modified Industrial Corn Starch #028277 is a low-viscosity, acid-modified starch that is employed by the paper and textile industries for size applications, particularly at high temperatures. A benefit of this product is that the hot paste is less viscous than that of an unmodified starch, and at elevated temperatures, the pastes are slightly clearer. For most applications, it is desirable to hold this paste at high temperatures to prevent excessive setback. When dried, this starch forms tough, opaque films that withstand the physical tests characteristic of the paper industry, such as the tensile, Mullen, and wax pick tests.