Products

NYCHEM® 1562 X 159 is a medium-nitrile, acrylonitrile-butadiene latex that uses a synthetic anionic surfactant for enhanced chemical and mechanical stability. This latex offers excellent formulating capabilities, machine runnability, and wetting properties with reduced pH sensitivity, making it ideal for coating and binder applications. Its smaller particle size improves web penetration and enables faster drying, which is beneficial for adhesive applications. It provides strong bonding to rubber and textile substrates in wet laminating and heat seal adhesive applications, and can be used with RFL dip adhesives. Featuring good chemical, grease, oil, tear, and abrasion resistance, along with flexibility and impact resistance, it is also suitable for binder and coating applications. Toughness and resistance can be further improved through vulcanization with a sulfur donor.

NYCHEM® 1562 X 170 is a specialty emulsion that includes nitrile, carboxylated nitrile, and styrene-butadiene blends. It provides superior oil, grease, and solvent resistance, toughness, and tear resistance. Tailored for various applications, these products can be enhanced with cross-linking agents or vulcanization to improve toughness, abrasion, and chemical resistance. Fatty acid or rosin acid-based surfactants improve water resistance, while synthetic surfactants offer better mechanical stability. Non-carboxylated versions offer excellent caustic resistance.

NYCHEM® 1562 X 28 is a specialty emulsion offering nitrile, carboxylated nitrile, and styrene-butadiene blends. These polymers provide excellent oil, grease, and solvent resistance, toughness, and abrasion resistance. Tailored for various applications, they feature customizable monomer and surfactant ratios. The acrylonitrile content affects resistance and glass transition temperature. To enhance toughness, vulcanization or cross-linking agents like melamines, epoxies, or phenolics can be added. Products with fatty acid or rosin acid-based surfactants offer superior water resistance, while those with synthetic surfactants provide enhanced mechanical stability. Non-carboxylated products offer excellent caustic resistance.

NYCHEM® 1572 is a carboxylated, heat-reactive, medium-nitrile acrylonitrile-butadiene latex with excellent chemical and mechanical stability. It is suitable for binder, coating, adhesive, and textile applications. Offering good chemical, grease, and oil resistance, it also provides flexibility, tear, and abrasion resistance. The carboxylated and heat-reactive functionalities allow crosslinking and self-crosslinking at high temperatures, further enhancing performance. Additional toughness and chemical resistance can be improved through vulcanization with a sulfur donor.

NYCHEM® 1572 X 64 is a heat-reactive, medium-nitrile acrylonitrile-butadiene latex featuring synthetic anionic surfactants for excellent chemical and mechanical stability. Its smaller particle size ensures improved web penetration and faster drying, ideal for binder and adhesive applications. This versatile polymer is used in adhesives, friction materials, abrasive paper backing, saturants, and paper and textile coatings. With medium acrylonitrile content, it offers strong chemical, grease, oil, tear, and abrasion resistance, as well as flexibility and impact resistance. The heat-reactive functionality enables self-crosslinking above 150°C, enhancing performance, while vulcanization with a sulfur donor further improves toughness and chemical resistance.

NYCHEM® 1578 X 1 is a carboxylated, heat-reactive medium-nitrile acrylonitrile-butadiene latex with excellent chemical and mechanical stability. It offers superior formulating capabilities, wetting properties, and reduced pH sensitivity, ideal for binder and coating applications. Used in adhesives, abrasive paper, and textile coatings, it provides strong chemical, grease, oil, tear, and abrasion resistance, along with flexibility and impact resistance. Its carboxylated functionality allows crosslinking, while the heat-reactive functionality enables self-crosslinking above 150°C, further enhancing performance. Vulcanization with a sulfur donor boosts toughness and resistance.

NYCHEM® 1581 is a carboxylated, high-nitrile acrylonitrile-butadiene latex offering excellent chemical and mechanical stability. It provides superior formulating capabilities, wetting properties, and reduced pH sensitivity, ideal for binder and coating applications. As a wet laminating resin or heat seal adhesive, it offers strong adhesion to rubber, metal, and textile substrates, enhancing water, oil, solvent resistance, and flexibility. With high acrylonitrile content, it excels in chemical, grease, and oil resistance, making it ideal for abrasive and durable papers. Its carboxylated functionality enables crosslinking, and vulcanization with sulfur donors further improves toughness and resistance.

NYCHEM® 1800 X 73 offers a wide range of nitrile, carboxylated nitrile, and styrene-butadiene products and blends. These polymers deliver superior oil, grease, solvent, tear, and abrasion resistance. Tailored for various applications, they are designed based on monomer and surfactant ratios, with acrylonitrile content affecting resistance and glass transition temperature. To improve toughness and resistance, vulcanization or cross-linking agents like melamines, epoxies, phenolics, or metal complexes can be used. Products with fatty acid or rosin acid-based surfactants provide excellent water resistance, while synthetic surfactants offer better mechanical stability. Non-carboxylated versions excel in caustic resistance.

NYCHEM® 2570 X 59 offers a wide range of nitrile, carboxylated nitrile, and styrene-butadiene products and blends. These polymers provide excellent oil, grease, solvent, tear, and abrasion resistance. Tailored for various applications, they feature different acrylonitrile content levels, enhancing resistance and glass transition temperature. Vulcanization or cross-linking agents like melamines, epoxies, phenolics, or metal complexes can be used to improve toughness and resistance. Fatty acid or rosin acid-based surfactants provide superior water resistance, while synthetic surfactants enhance mechanical stability. Non-carboxylated versions offer the best caustic resistance.