Products in Industrial: Binder

VINNOL® CEN 2752 is an aqueous dispersion of a plasticizer-free, self-crosslinking copolymer of vinyl chloride and ethylene, characterized by its fine particle size and reduced formaldehyde content. This product serves as an excellent binder for soft nonwovens and needle felts, providing enhanced cohesion and structural integrity. Additionally, it is a versatile coating and finishing agent for woven and knitted goods.

VINNAPAS® EN 1165 is an aqueous, self-crosslinking copolymer dispersion based on vinyl acetate and ethylene. It is produced without the use of alkyl phenol ethoxylate (APEO)-based materials. This dispersion is specifically designed to serve as a moderately soft binder for nonwoven applications that demand exceptional wet tensile strength performance.

VINNAPAS® DPN 36T is a self-crosslinking, aqueous dispersion based on the monomer vinyl acetate. It is produced without the use of plasticizers. VINNAPAS® DPN 36T can be used for a hard textile finish to adjust the handle or as a nonblocking component for hard, sealable coatings. VINNAPAS® DPN 36T is especially suitable as a binder for glass fiber fabrics.

VINNAPAS® EF 101 is an aqueous dispersion of a vinyl acetate-ethylene copolymer stabilized with surfactants. It has a glass transition temperature (Tg) of 0°C and was specifically developed as a pigment binder for paper, paperboard, and specialty coated papers. This product offers a good rheology response at high coating solids and is manufactured without the use of alkylphenol ethoxylate (APEO) surfactants or defoamers.

VINNAPAS® eco is a fossil resource-saving product where a specific share of the fossil-based raw materials required for manufacturing this product can be replaced by certified sustainable renewable feedstock. VINNAPAS® eco EN 1020 is specifically designed as a binder for soft hydrophilic nonwovens. It can be applied through spray, impregnation, or foam methods. VINNAPAS® eco EN 1020 provides excellent wet strength to the nonwoven while maintaining a low level of free formaldehyde content.

VINNAPAS® EF 104 is a vinyl acetate-ethylene copolymer (VAE) dispersion stabilized with surfactants. It has a glass transition temperature (Tg) of 14 °C and is designed as a high-performance and cost-effective binder for paperboard and specialty paper coating applications. This polymer dispersion offers a good rheology response when formulated at high coating solids. It also provides excellent dry pick and good to excellent wet pick performance.

VINNAPAS® EF 1577 (CGN) is an aqueous polymer dispersion primarily composed of vinyl acetate and ethylene. This dispersion is manufactured without the addition of any organic solvents, plasticizers, or formaldehyde donors. It is particularly suitable for producing textile coatings that are free of plasticizers, providing them with exceptional permanent flexibility and resistance to aging.

VINNAPAS® EN 1028 is a self-crosslinking, aqueous polymer dispersion based on the monomers vinyl acetate and ethylene. It is manufactured without the use of plasticizers. This product is specifically designed to serve as a binder for soft hydrophobic nonwovens, providing them with high wet strength. Moreover, VINNAPAS® EN 1028 is an ideal choice as a binder for nonwovens that need to meet rigorous eco-labeling requirements.

VINNAPAS® EP 1133 is a carboxylated, higher-solids vinyl acetate-ethylene (VAE) copolymer dispersion with a glass transition temperature (Tg) of 0°C. This product is a moderately soft binder that provides excellent adhesion to various fiber substrates, making it suitable for a wide range of nonwoven applications. Additionally, it has the ability to be crosslinked for enhanced performance.

VINNAPAS® EN 428 is a self-crosslinking, plasticizer-free, aqueous polymer dispersion based on vinyl acetate and ethylene monomers. It offers a unique combination of softness, high wet strength, and versatile formulation options. The film formed by VINNAPAS® EN 428 has a soft texture, making it an excellent choice as a binder for personal hygiene nonwovens. Additionally, it can be used as a coating and finishing agent for woven and knitted textiles, providing enhanced properties and performance.

VINNAPAS® eco 192 is a self-crosslinking, aqueous polymer dispersion specifically developed for the nonwovens market. It is produced from vinyl acetate and ethylene monomers, and it does not contain any plasticizers. This product, VINNAPAS® eco, is designed to save fossil resources by allowing for the replacement of a portion of the fossil-based raw materials used in its manufacturing process with certified sustainable renewable feedstock.

VINNAPAS® EN 1689 is a self-crosslinking vinyl acetate-ethylene copolymer designed specifically for the nonwoven and textile industries. This dispersion provides a soft hand feel, high dry and wet tensile strength, and low formaldehyde content in the final product. VINNAPAS® EN 1689 offers an exceptional combination of high efficiency and excellent soft hand feel.

VINNAPAS® EN 1024 is a self-crosslinking, aqueous polymer dispersion based on the monomers vinyl acetate and ethylene. This product is manufactured without the use of plasticizers. It is specifically designed to serve as a binder for soft and hydrophilic nonwovens. VINNAPAS® EN 1024 offers good wet strength to the nonwovens while maintaining a low level of formaldehyde. Additionally, it is particularly suitable for foam applications.

VINNAPAS® EP 907 is a vinyl acetate/ethylene-based dispersion specifically designed for nonwoven applications that require breakdown and re-dispersion in water. When used as a binder, substrates bound with VINNAPAS® EP 907 exhibit good dry tensile strength but easily disintegrate upon exposure to water. This makes it suitable for nonwoven applications where a stiff hand and dry tensile properties are desired. When agitated in water, substrates bound with VINNAPAS® EP 907 break down into smaller fragments of individual fibers. The dispersion is stabilized with an APEO-free surfactant system and has a low formaldehyde level of less than 50 ppm.

VINNAPAS® EN 1092 is a self-crosslinking, aqueous polymer dispersion specifically developed for the nonwovens and textile coating markets. It is produced without the use of plasticizers and is based on the monomers vinyl acetate and ethylene. VINNAPAS® EN 1092 provides a unique combination of high dry and wet strength, making it an excellent choice for various applications. The dispersion has a low formaldehyde content of less than 100 ppm, ensuring compliance with strict standards. It is particularly recommended as a binder for glassfiber scrims, offering a firm handfeel and excellent alkaline resistance.

VINNAPAS® 192 (CGN) is a self-crosslinking, aqueous polymer dispersion produced from the monomers vinyl acetate and ethylene for the nonwovens market. The dispersion is produced without the use of plasticizers. VINNAPAS® 192 (CGN) offers a unique balance of high dry and wet strength, excellent absorbent properties, and a good handfeel.

VINNAPAS® EN 1020 is a self-crosslinking, aqueous polymer dispersion based on the monomers vinyl acetate and ethylene. This product is manufactured without the use of plasticizers. VINNAPAS® EN 1020 is specifically designed to serve as a binder for soft hydrophilic nonwovens. The binder can be applied using spray, impregnation, or foam methods. When used, VINNAPAS® EN 1020 provides good wet strength to the nonwoven material while maintaining a low level of free formaldehyde content.

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.

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.

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.

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.

Cargill Gum 05039 is a product featuring acid-modified common corn starch. Cargill Gum 05039 is lightly acid-modified and provides high viscosity at low solids. This starch serves as a binder and is commonly used in adhesive, corrugating, and textile applications.

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.

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.

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.

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.

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.

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.

Cargill PellBind (07343) is a modified starch available as a free-flowing white powder. It functions as a binder for wood fuel pellets, increasing pellet durability and reducing fines. PellBind also provides die lubrication to promote greater wood throughput. It's used in wood fuel pellet binding and for liquid absorption, including animal bedding.

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.

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.

Cargill Plus 05332 is a modified corn starch in the form of a fine white powder. It provides high viscosity and is shear-resistant. When jet-cooked, it experiences much less loss of viscosity than unmodified common corn starch. This product is used in adhesive, corrugating, and textile applications.

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+ 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 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.