Products in Oil, Gas & Mining Chemicals: Textiles

ZELEC® A130 can be used as a wetting agent in the paint and coating industries. In this application, it could also contribute to the improvement of corrosion resistance, gloss, color acceptance, wet scrub resistance, and the hiding power of the film. It can also be used as an antistatic agent in textile and leather finishing and processing and in rubber, plastic, and composite processing. It can also act as an emulsifier and corrosion inhibitor in metalworking fluid, printing pressrooms, and oil fields. It can also be used as a demolding agent in a construction area and in rubber, plastic, or composite processing. It also has lubrication properties for metalworking fluids and textile and leather finishing and processing, including extreme-pressure and anti-wear properties.

BASF Formic Acid 90% is a highly versatile simple carboxylic acid used in a wide variety of applications. Formic Acid is miscible with water and other organic substances. It is inherently biodegradable and meets the sustainability requirements to be considered a low carbon footprint product.

BASF Formic Acid 85% is a highly versatile simple carboxylic acid used in a wide variety of applications. Formic Acid is miscible with water and other organic substances. It is inherently biodegradable and meets the sustainability requirements to be considered a low carbon footprint product.

BASF Formic Acid 99% is a highly versatile simple carboxylic acid used in a wide variety of applications. Formic Acid is miscible with water and other organic substances. It is inherently biodegradable and meets the sustainability requirements to be considered a low carbon footprint product.

BASF Formic Acid 95% is a highly versatile simple carboxylic acid used in a wide variety of applications. Formic Acid is miscible with water and other organic substances. It is inherently biodegradable and meets the sustainability requirements to be considered a low carbon footprint product.

Wacker Chemie SG 3379 is a polyalkylene oxide modified polydimethylsiloxane with organofunctional groups located in pendant position. It finds suitability in various applications, such as coating, to enhance coefficient of friction and leveling properties. Due to its low surface tension, SG 3379 can provide excellent wetting capabilities while improving lubricity, sheen, gloss, anti-caking, static suppression, antifoaming, and moderate profoaming properties.

Wacker Chemie SG 3378 is a polyalkylene oxide-modified polydimethylsiloxane with organofunctional groups in the pendant position. This product is highly versatile and suitable for various applications, such as coatings to improve coefficient of friction and leveling properties. It has a low surface tension, offering high wetting properties while enhancing lubricity, sheen, gloss, anti-caking, static suppression, and moderate profoaming. It also demonstrates surfactancy properties, which can be beneficial in numerous other end applications. SG 3378 is 100% concentrated, cost-effective, and has low toxicity.

Wacker Chemie SG 3382 is a polyalkylene oxide-modified polydimethylsiloxane with organofunctional groups in pendant position. It is suitable as an additive in coatings to enhance coefficient of friction and leveling properties. This product has low surface tension, making it an effective wetting agent. Additionally, it provides lubricity, sheen, gloss, anti-caking, static-suppressing, antifoaming, and moderate profoaming properties. SG 3382 is a 100% concentrated and economical solution with low toxicity.

Wacker Chemie SG 3383 is a polyalkylene oxide-modified polydimethylsiloxane with organofunctional groups positioned as pendants. Due to its unique structure, SG 3383 demonstrates excellent surface activity. It can be utilized in both aqueous and non-aqueous systems. SG 3383 finds particular suitability in various applications, including coatings to enhance coefficients of friction and leveling properties.

Wacker Chemie SG 3380 is a 100% polysiloxane polyethylene glycol copolymer and a trisiloxane superwetting molecule with organofunctional groups at the terminal positions and hydroxyl end-capping. Due to its unique structure, SG 3380 exhibits high surface activity and effectively spreads on nearly any surface. It reduces the surface tension of aqueous and non-aqueous solutions and acts as a highly effective wetting agent.

SILFOAM® SE 47 is a versatile antifoam emulsion with a relatively high emulsifier content. It has shown great effectiveness in addressing foam-related challenges in various applications, including textile auxiliaries and processes like dyeing. Additionally, it is suitable for use in surfactant formulations, cooling lubricants based on mineral oils, and for separating monomers from dispersions and converting dispersions into derivatives.

Chemical Plant of name L. Karpov Crystalline Sodium Thiosulfate (Technical and Photographic Qualification) in crystal form, essential for various industrial processes including oil and gas processing, copper and zinc flotation, industrial water treatment, skin processing, and cardboard production. Ideal for the paper and pulp industries, it also finds utility in textiles and industrial effluent purification. Packaged conveniently in bags, it ensures easy handling for diverse industrial needs.

Chemical Plant of name L. Karpov Anhydrous Sodium Sulfite (Photographic) derived from sodium salts, this powder serves a range of industrial processes including oil, gas, water treatment, paper, textiles, rubber manufacturing, and more. Ideal for applications such as oil and gas processing, industrial water treatment, paper and pulp production, and synthetic rubber manufacturing. It also finds utility in copper and zinc flotation, cardboard production, skin processing, and industrial effluent purification. Packaged conveniently in bags or super sacks, it serves as a vital API intermediate for pharmaceuticals and nutraceuticals. It is versatile and essential for various industrial needs.

DeTERGE LF - 7315 is a low-foaming, modified amphoteric surfactant ideal for highly alkaline and acidic systems. It functions effectively as the primary surfactant, offering wetting and detergency in both acidic and alkaline environments. Its excellent solubility may eliminate the need for a hydrotrope. Moreover, it is biodegradable, non-phenolic, and phosphate-free.

DePHOS 8028FA is an aliphatic phosphate ester in its acid form, derived from an ethoxylated alcohol.

Kemsurf CA is a calcium salt of a biodegradable dodecylbenzene sulphonic acid. The base acid for Kemsurf CA is manufactured by SO3 sulphonation to produce a product of good color and low inorganic content. Kemsurf CA is a hydrophobic anionic surfactant and functions as an emulsifier for oils and aromatic solvents in the formulation of degreasers. It finds many applications, however, as an emulsifier for pesticide and herbicide systems, especially were spray application is involved. Kemsurf CA may also be used in the emulsification of waxes and hydrocarbon solvents. This product has good compatibility with other anionics and nonionic surfactants and maintains good stability, detergency, foaming power and soil suspension in alkaline, mild acid, low electrolyte and in hard or soft water.

Lansurf AE73 is a biodegradable nonionic surfactant produced by the reaction of ethylene oxide on a cetyl oleyl alcohol. This product is compatible with soaps, anionic, cationic and other nonionic surfactants and exhibits good oil/water emulsification.

Lansurf AE735 is a nonionic surfactant produced by the reaction of ethylene oxide on a cetyl oleyl alcohol. This product is compatible with soaps, anionic, cationic and other nonionic surfactants, and exhibits good oil/water emulsification, wetting and detergency.

Lanphos PE107 is a phosphate ester specifically developed to provide excellent stability in high alkali and electrolyte systems, providing excellent detergency wetting and corrosion inhibition. Lanphos PE107 can also be used to couple nonionic surfactants into liquid alkali detergents.

Oil-Free Sodium Sulfonates Synsul™ ES440 and ES490 are oil soluble synthetic sulfonates in an ester diluent. These unique, mineral oil-free products offer excellent lubricity, dispersion properties and corrosion inhibition in a variety of metalworking fluids.

Oil-Free Sodium Sulfonates Synsul™ ES440 and ES490 are oil soluble synthetic sulfonates in an ester diluent. These unique, mineral oil-free products offer excellent lubricity, dispersion properties and corrosion inhibition in a variety of metalworking fluids.

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.

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.

DYTEK® DCH-99 (1,2-diamainecyclohexane) is a cyclic aliphatic diamine made of 100% reclaimed material that is used primarily in epoxy coatings and composites. It provides chemical resistance over a broad range of chemicals, which makes it a superior choice for industrial and marine coatings. Other applications include mining, oil & gas, and pharmaceutical intermediates.

Branched Sodium Sulfonate Synsul™ 455BR is a unique medium molecular weight sodium sulfonate derived from a branched alkylate. This product is easily formulated into soluble oil bases, semi-synthetic fluids and other metalworking compounds as an emulsifier and rust inhibitor. The branched structure aids in inherent bio-stability. Therefore, fluids derived from Synsul™ 455BR may exhibit longer fluid life than those formulated with either linear or natural sodium sulfonates.