Products in Industrial Additives & Materials: Lubricants Manufactur...

SILFOAM® SD 882 is an anhydrous, low viscosity antifoam agent that has the ability to form a fine dispersion when introduced to water or highly polar systems. Its degree of organomodification allows it to effectively control negative effects such as surface defects and separation tendencies.

SILFOAM® SE 1661 is a water-dilutable antifoam emulsion with a medium viscosity and excellent storage stability, thanks to its nonionic emulsifier system. This product serves the dual purpose of preventing foam formation (as an antifoam) and eliminating existing foam (as a defoamer) in a wide range of aqueous systems. SILFOAM® SE 1661 is particularly well-suited for applications where the use of silicones could typically present challenges, such as PVC degassing, the manufacturing and processing of polymer dispersions for textiles, paper, paints, surface coatings, and adhesives, as well as cooling lubricants and textile formulations.

SILFOAM® SC 370 is a medium viscosity antifoam agent that offers stability against hydrolysis. It contains 100% active ingredients and is formulated with an organically modified silicone fluid. In contrast to antifoam agents based on pure silicone fluids (PDMS), SILFOAM® SC 370 generally demonstrates improved compatibility with organic systems.

TEGOTEX® CS 0182 is a cationic softener composed of amidoamine ethoxyquat and based on a combination of vegetable and synthetic raw materials. Its advantages include providing yarn or fabric with a fluffy and bulky hand feeling, strong substantivity with easy adsorption in fabrics, antistatic properties, medium rewetting capabilities, low yellowing, cold-water dispersibility, and compatibility with nonionic, cationic, and amphiprotic surfactants while being incompatible with anionic surfactants.

SILFOAM® SE 2263 is a water-dispersible antifoam emulsion with a low to medium viscosity. It is formulated based on an organomodified polysiloxane. This product effectively prevents foam formation (as an antifoam) and eliminates existing foam (as a defoamer) in various aqueous systems. SILFOAM® SE 2263 is particularly well-suited for applications where the use of silicones could typically present challenges, such as PVC degassing, the manufacturing and processing of polymer dispersions for textiles, paper, paints, surface coatings, and adhesives, as well as cooling lubricants and textile formulations.

AdvanSix Diallylamine (DALA) is a colorless to yellow liquid that emits a pungent ammonia-like odor. It's flammable, corrosive, and partially soluble in water, while completely dissolving in ethanol, benzene, and ethyl acetate. Under recommended storage conditions, it maintains stability. This versatile compound serves various industries as a key ingredient in pharmaceuticals, resins, paper production, and crop protection formulations. Moreover, its applications span as a solvent, corrosion inhibitor, ore flotation agent, and in rubber processing.

AdvanSix Isopropylamine (ΜΙΡΑ) is a colorless, flammable liquid with an ammonia-like scent and boasts stability under recommended storage. Despite being sparingly soluble in water, it serves as a pivotal building block for various herbicides and pesticides, including atrazine, glyphosate, and others. Furthermore, it acts as a regulatory agent in plastics, finds utility in organic synthesis for coating materials, plastics, and pharmaceuticals, and serves as an additive within the petroleum industry.

AdvanSix Cyclohexylamine (MCHA) is a colorless, flammable liquid with an ammonia-like odor and is a vital intermediate in organic compound production. Soluble in water, ethanol, benzene, and ethyl acetate, it remains stable under recommended storage conditions. Widely used in various industries, it inhibits corrosion in boiler feed water and serves as a key component in the manufacturing of insecticides, plasticizers, soaps, rubber chemicals, dyes, and gas absorbents.

CepSinol® - e (MB*) 1216/3 is a fatty alcohol with a relatively low ethylene oxide content, which results in low solubility in water. It is primarily utilized in the production of ethoxy-sulfated alcohols. These ethoxy-sulfated alcohols, when they contain a higher ethylene oxide content, become water-soluble and are directly employed as non-ionic surfactants in various applications. This versatile range of surfactants finds use in a wide array of products, including laundry detergents, household cleaners, industrial and institutional cleaning formulations, and applications related to agriculture, textiles, and the oil industry. These surfactants play a critical role in enhancing the performance and cleaning properties of these products.

CepSinol® - e 1214/7 is a fatty alcohol characterized by its low ethylene oxide content, rendering it relatively insoluble in water. This property is harnessed primarily in the synthesis of ethoxy-sulfated alcohols. In contrast, fatty alcohols with higher ethylene oxide content are water-soluble and serve as non-ionic surfactants. They are extensively utilized in laundry detergents, household cleaners, industrial and institutional cleaning products, and found applications in agriculture, textiles, and oil formulations.

CepSinol® - e (MB*) 1214/1 is a fatty alcohol with a relatively low ethylene oxide content, which results in low solubility in water. It is primarily utilized in the production of ethoxy-sulfated alcohols. These ethoxy-sulfated alcohols, when they contain a higher ethylene oxide content, become water-soluble and are directly employed as non-ionic surfactants in various applications. This versatile range of surfactants finds use in a wide array of products, including laundry detergents, household cleaners, industrial and institutional cleaning formulations, and applications related to agriculture, textiles, and the oil industry. These surfactants play a critical role in enhancing the performance and cleaning properties of these products.

CepSinol® - e 1216/3 is a fatty alcohol characterized by its low ethylene oxide content, rendering it relatively insoluble in water. This property is harnessed primarily in the synthesis of ethoxy-sulfated alcohols. In contrast, fatty alcohols with higher ethylene oxide content are water-soluble and serve as non-ionic surfactants. They are extensively utilized in laundry detergents, household cleaners, industrial and institutional cleaning products, and found applications in agriculture, textiles, and oil formulations.

CepSinol® - e (MB*) 1214/7 is a fatty alcohol with a relatively low ethylene oxide content, which results in low solubility in water. It is primarily utilized in the production of ethoxy-sulfated alcohols. These ethoxy-sulfated alcohols, when they contain a higher ethylene oxide content, become water-soluble and are directly employed as non-ionic surfactants in various applications. This versatile range of surfactants finds use in a wide array of products, including laundry detergents, household cleaners, industrial and institutional cleaning formulations, and applications related to agriculture, textiles, and the oil industry. These surfactants play a critical role in enhancing the performance and cleaning properties of these products.

CepSinol® - e (MB*) 1216/2 is a fatty alcohol with a relatively low ethylene oxide content, which results in low solubility in water. It is primarily utilized in the production of ethoxy-sulfated alcohols. These ethoxy-sulfated alcohols, when they contain a higher ethylene oxide content, become water-soluble and are directly employed as non-ionic surfactants in various applications. This versatile range of surfactants finds use in a wide array of products, including laundry detergents, household cleaners, industrial and institutional cleaning formulations, and applications related to agriculture, textiles, and the oil industry. These surfactants play a critical role in enhancing the performance and cleaning properties of these products.

CepSinol® - e (MB*) 1216/7 is a fatty alcohol with a relatively low ethylene oxide content, which results in low solubility in water. It is primarily utilized in the production of ethoxy-sulfated alcohols. These ethoxy-sulfated alcohols, when they contain a higher ethylene oxide content, become water-soluble and are directly employed as non-ionic surfactants in various applications. This versatile range of surfactants finds use in a wide array of products, including laundry detergents, household cleaners, industrial and institutional cleaning formulations, and applications related to agriculture, textiles, and the oil industry. These surfactants play a critical role in enhancing the performance and cleaning properties of these products.

CepSinol® - e 1216/7 is a fatty alcohol characterized by its low ethylene oxide content, rendering it relatively insoluble in water. This property is harnessed primarily in the synthesis of ethoxy-sulfated alcohols. In contrast, fatty alcohols with higher ethylene oxide content are water-soluble and serve as non-ionic surfactants. They are extensively utilized in laundry detergents, household cleaners, industrial and institutional cleaning products, and found applications in agriculture, textiles, and oil formulations.

CepSinol® - e 1214/1 is a fatty alcohol characterized by its low ethylene oxide content, rendering it relatively insoluble in water. This property is harnessed primarily in the synthesis of ethoxy-sulfated alcohols. In contrast, fatty alcohols with higher ethylene oxide content are water-soluble and serve as non-ionic surfactants. They are extensively utilized in laundry detergents, household cleaners, industrial and institutional cleaning products, and found applications in agriculture, textiles, and oil formulations.

CepSinol® - e 1216/2 is a fatty alcohol characterized by its low ethylene oxide content, rendering it relatively insoluble in water. This property is harnessed primarily in the synthesis of ethoxy-sulfated alcohols. In contrast, fatty alcohols with higher ethylene oxide content are water-soluble and serve as non-ionic surfactants. They are extensively utilized in laundry detergents, household cleaners, industrial and institutional cleaning products, and found applications in agriculture, textiles, and oil formulations.

Synthetic Sodium Sulfonates Synsul™ NA is a series of synthetic sodium sulfonates of various molecular weights. These products are carefully and selectively manufactured to ensure consistent quality with little variation from batch to batch. The lower molecular weight products, Synsul™ NA 420 and Synsul™ NA 450, have good affinity for water making them excellent components in emulsifier packages. The higher molecular weight products, Synsul™ NA 480, and Synsul™ NA 535, have less affinity for water thereby imparting rust and corrosion inhibiting characteristics. The advantages of these products include lower viscosity for ease of handling, lighter color, and greater batch-to-batch consistency.

Mosselman Carnauba Wax EP 10 (8015-86-9) occurs on the leaves of a species of palm Copernica prunifera (synonym to Copernica cerifera) which grows in Brazil. Carnauba-wax is used in floor wax, polishes for shoes, furniture and cars. It is also used in cosmetics, leather finishes as well as for miscellaneous other purposes.

Mosselman Sorbitan Tristearate (26658-19-5) are non-ionic emulsifiers obtained by the esterification of dehydrated sorbitol with fatty acids. These esters are mostly water in oil emulsifiers, but they can also act as oil in water emulsifiers when they are used in combination with the ethoxylated sorbitanesters.

Mosselman Carnauba Wax T4 (8015-86-9) occurs on the leaves of a species of palm Copernica prunifera (synonym to Copernica cerifera) which grows in Brazil.

Mosselman Carnauba Wax Prime Yellow (8015-86-9) occurs on the leaves of a species of palm copernica prunifera (synonym to copernica cerifera) which grows in Brazil. Carnauba-wax is used in floor wax, polishes for shoes, furniture and cars. It is also used in cosmet-ics, leather finishes as well as for miscellaneous other purposes.

Oleum Sulfonated Synthetic Sodium Sulfonates Synsul™ 415, 450, and 500 are oil soluble, oleum sulfonated synthetic sodium sulfonates. Synsul™ 415 and 450 have good affinity for water making them excellent components in emulsifier packages. Synsul™ 500 displaces water, making it a good rust and corrosion inhibitor component.

Synthetic Sodium Sulfonates Synsul™ NA is a series of synthetic sodium sulfonates of various molecular weights. These products are carefully and selectively manufactured to ensure consistent quality with little variation from batch to batch. The lower molecular weight products, Synsul™ NA 420 and Synsul™ NA 450, have good affinity for water making them excellent components in emulsifier packages. The higher molecular weight products, Synsul™ NA 480, and Synsul™ NA 535, have less affinity for water thereby imparting rust and corrosion inhibiting characteristics. The advantages of these products include lower viscosity for ease of handling, lighter color, and greater batch-to-batch consistency.

Oleum Sulfonated Synthetic Sodium Sulfonates Synsul™ 415, 450, and 500 are oil soluble, oleum sulfonated synthetic sodium sulfonates. Synsul™ 415 and 450 have good affinity for water making them excellent components in emulsifier packages. Synsul™ 500 displaces water, making it a good rust and corrosion inhibitor component.

Mosselman PEG 600 Monooleate N (9004-96-0) Polyethyleneglycol esters are the products obtained by the esterification of polyethyleneglycols with natural fatty acids. Depending the molecular weight of the polyethyleneglycol used and the mono- and diesters content, non-ionic esters with different HLB values are obtained. Polyethyleneglycol esters are mainly used as emulsifiers for oil in water emulsions. They find also application in cosmetics, lubricants, textiles, pesticides etc.

NSP Naturals™ 450, 500, and 550 are oil soluble “natural” sodium sulfonates derived from the sulfonation of specific solvent neutral base oils. These products do not contain any aromatic polynuclear hydrocarbons, carboxylates, asphaltenes or chlorinated derivatives. All NSP Naturals™ products offer the formulator excellent solubility, emulsification, and anti-corrosive characteristics due to the broad molecular weight distribution of these products.