Products

Cargill Enzo 3 (03753) is an unmodified corn starch produced from dent corn. It is specifically designed for use in the corrugating industry, where it serves as a surface size applied at the size press and calendar stack. Additionally, it can be used as a binder in coating applications. This starch is fully compatible with all commonly used additives in size press and coating applications, ensuring its versatility in various industrial processes.

Cargill Waxy Pearl (04251) is an unmodified starch derived from waxy maize corn. It serves as a coupling agent, adhesion promoter, and binder. Waxy Pearl is readily dispersed in water and can be slurred into solids. It has the flexibility to be thermally-chemically converted or enzyme-converted, with the possibility of the in-house addition of a buffer for specific applications.

Charge+ 99A (05832) is a cationic starch produced from dent corn, specifically engineered for utilization as a wet-end additive in papermaking. Sourced from corn (maize), it possesses a white color and is completely odorless. This product, known as Charge +® 99A starch, belongs to the dent cationic corn starch family and is tailored for enhancing paper and packaging grades during the paper production process. Charge+ 99A (05832) starch can be incorporated into the thick or thin stock of the paper machine at various solids levels.

Altra Charge 340 (06993) is a white, odorless engineered cationic starch derived from waxy maize corn. It is specifically designed to be used as a wet-end additive in the papermaking process. This product is in a powdered physical state and is made from waxy corn (maize).

Superfilm 227D (05627) is an oxidized starch derived from dent corn and is designed for use as a dry-end additive with a focus on surface application in the papermaking process. This product is tailored for specific applications within the paper and pulp industry.

Satiaxane™ Silver Medal Pearl (03451) is an unmodified corn starch crafted from dent corn. It is specially tailored for applications in the corrugating industry, where it can be used as a surface size applied at the size press and calendar stack or as a binder in coating applications. This starch is fully compatible with all commonly used additives in size press and coating applications, ensuring seamless integration into various industrial processes.

Altra Charge 255 (06894) is a plant-based wet strength additive, classified under the starches chemical family. It is designed to enhance the strength of paper and pulp products. This ingredient is in the form of a solid, odorless powder and is well-suited for industrial applications where high strength is a key requirement.

Altra Charge 345 (06994) is a white, odorless engineered cationic starch derived from waxy maize corn. It is specifically designed to be used as a wet-end additive in the papermaking process. This product is in a powdered physical state and is made from waxy corn (maize).

Caliber 180 (06080) is a solid, odorless powder with a primary function as a binder. This versatile ingredient offers exceptional viscosity stability, making it suitable for a variety of applications. It finds use in the paper and pulp industry, adhesives and tapes, and textile manufacturing.

Charge+ 110A (05833) is a cationic starch product derived from dent corn, and it is specifically formulated to serve as a wet-end additive in the papermaking process. This starch functions as a wet-strength additive and binder, making it particularly suitable for applications in paper packaging as well as the paper and pulp industry. Some of its key features include high strength and cost-effectiveness, which make it a valuable component for enhancing the quality and properties of paper products.

Caliber 184 (06084) is a specialized adhesive, formulated from acid-modified waxy maize corn starch, tailored for the gum tape industry. It's recognized for its consistent viscosity and a notably low viscosity range. Additionally, Caliber 184 (06084) boasts a white appearance and is entirely odorless.

Charge+ 99 (05912) is a cationic starch derived from dent corn, specially tailored for incorporation as a wet-end additive in the papermaking process. It is sourced from corn (maize), with the note that this Cargill ingredient may be derived from genetically modified corn. Under the Charge +® 99 brand, this starch is designed for use as a wet-end additive to enhance paper and packaging grades in the paper production process.

Charge+ 120 (05914) is a cationic starch derived from dent corn and is designed for use as a wet-end additive in the papermaking process. It primarily functions as a binder and is employed in the paper and pulp industry. This starch offers notable features such as high strength and cost-effectiveness, making it a valuable component for enhancing the quality and performance of paper and pulp products.

Superfilm 235 (05535) is an oxidized starch derived from dent corn and is intended for use as a dry-end additive with a focus on surface application in the papermaking process. Its primary function is to act as a binder, particularly in applications related to the paper and pulp industry. Notable features of this product include its ability to improve surface cure and its high viscosity.

Charge+ 120A (05834) is a cationic starch derived from dent corn, specifically designed as a wet-end additive for the papermaking process. This white starch, obtained from maize, Charge+ 120A (05834) serves as an effective enhancement for paper and packaging grades.

Charge+ 110D (05813) is a cationic starch derived from dent corn, and it is primarily intended for use as a wet-end additive in the papermaking process. This starch serves as a binder, making it well-suited for applications in the paper and pulp industry. It offers key features, including high strength and cost-effectiveness, which are valuable attributes for enhancing the quality and performance of paper and pulp products.

Cargill Alley Cat 250 (06895) is a binder used in the paper and pulp industry. Cargill Alley Cat 250 (06895) enhances compressive strength for industrial applications in pulping and processing. This odorless, solid powder is derived from potentially genetically modified corn.

Superfilm 480 (06580) is a specialized oxidized starch product derived from waxy maize corn, specifically formulated for dry-end applications in the papermaking process. Its primary role is to act as a binder within the paper and pulp industry. Noteworthy features of this product include its ability to enhance printability, improve surface curing, function as a good film, and maintain stable viscosity. These characteristics make it a valuable addition to the papermaking process, contributing to the production of high-quality paper and pulp products.

Altra Charge 320 (06992) is a white, odorless engineered cationic starch derived from waxy maize corn. It is specifically designed to be used as a wet-end additive in the papermaking process. This product is in a powdered physical state and is made from waxy corn (maize).

Superfilm 470 (06570) is a specialized oxidized starch product derived from waxy maize corn, tailored for dry-end applications within the papermaking process. Its primary role is as a binder in the paper and pulp industry. This product is characterized by several key features, including good printability, the ability to enhance surface curing, improved water retention, excellent film-forming properties, and reliable viscosity stability, all of which contribute to its effectiveness in paper and pulp manufacturing processes.

C☆Film 7311 (07311) is a modified starch designed for dry-end application in the papermaking process. It's applied on the surface using a coater or size press. This modified corn starch improves surface strength and printability, making it suitable for use in paper and packaging grades.

Charge+ 39D (06872) is a white, odorless, acid-modified cationic starch made from waxy maize corn. This product is specifically engineered for use as a dry-end additive, primarily for surface applications in the papermaking process. It is presented in powdered form.

Superfilm 244D (05644) is an oxidized starch product derived from dent corn. It is designed for dry-end application as a binder in the papermaking process. This product helps improve surface cure, making it a valuable addition to the paper and pulp industry. Additionally, it offers the benefit of low viscosity.

Superfilm 460 (06560) is an oxidized starch product derived from waxy maize corn, specifically designed for dry-end applications in the papermaking process. Its primary function is to serve as a binder in paper and pulp production. Notably, Superfilm 460 (06560) offers several features such as good printability, improved surface cure, enhanced water retention, good film-forming properties, and viscosity stability, making it a valuable addition to paper and pulp manufacturing processes.

Superfilm 270W (05570) is an oxidized starch product made from dent corn. It is specifically developed for dry-end application as a binder in the papermaking process. This product is designed to enhance surface cure, contributing to improved paper quality. Additionally, it offers the advantage of low viscosity, which is beneficial for various applications within the paper and pulp industry.

Charge+ 34D (06871) is a white, odorless, acid-modified cationic starch made from waxy maize corn. This product is specifically engineered for use as a dry-end additive, primarily for surface applications in the papermaking process. It is presented in powdered form.

Charge+ 310 (06913) is a cationic starch derived from waxy maize corn, intended for use as a wet-end additive in the papermaking process. Its primary function is as a binder, contributing to the overall structure and strength of paper products. This product is known for its high-strength properties, which enhance the quality of paper and pulp materials. Additionally, it offers a cost-effective solution for paper production.

Superfilm 235D (05635) is an oxidized starch product derived from dent corn and is specifically designed for dry-end application as a binder in the papermaking process. This product serves a vital role in the paper and pulp industry, where it helps improve surface cure.

Cargill Waxy Pearl C (04252) is an unmodified starch based on waxy maize corn. It is easily dispersed in water and can be slurried at up to 40% solids. It can be thermally or enzymatically converted following the in-house addition of a buffer.

Superfilm 227 (05527) is an oxidized starch derived from dent corn and is designed for use as a dry-end additive, specifically for surface application in the papermaking process. It primarily functions as a binder in this context. Its applications are primarily in the paper and pulp industry, where it helps improve surface cure, aiding in the papermaking process.

Caliber 159 (05059) is an acid-thinned dent corn starch designed as a versatile binder with applications in both building materials and paper and pulp. This starch offers excellent printability and enhances surface cure. It is well-suited for surface applications in paper and packaging grades, as well as serving as a binder in building materials.

Caliber 183 (06083) is an acid-modified starch obtained from waxy maize corn. It is utilized in the dry-end processes of the paper industry and functions as an adhesive in the gum tape industry. It is important to note that this Cargill ingredient is derived from corn that may have been genetically modified.

Charge+ 309 (06912) is a cationic starch derived from waxy maize corn, intended for use as a wet-end additive in the papermaking process. Its primary function is as a binder, contributing to the overall structure and strength of paper products. This product is known for its high-strength properties, which enhance the quality of paper and pulp materials. Additionally, it offers a cost-effective solution for paper production.

Caliber 150 (05050) is an acid-modified starch derived from dent corn. It has found applications in dry-end applications within the paper industry and serves as a binder in building materials. Notably, it offers features such as good printability and the ability to improve surface cure, making it a valuable component in various industrial applications.

Charge+ 88 (05911) is a cationic starch derived from dent corn, specifically crafted for integration as a wet-end additive during papermaking. Made from corn (maize), Charge+ 88 (05911) starch, under the brand Charge+ 88, is designed to enhance paper and packaging grades in the paper production process.

Charge+ 320 (06914) is a cationic starch made from waxy maize corn and is specifically formulated for utilization as a wet-end additive in the papermaking process. It primarily functions as a binder, enhancing the structural integrity and strength of paper and pulp products. This product is recognized for its ability to impart high strength to paper materials and is considered a cost-effective solution for paper production.