Products in Leather & Textiles: Phosphorous-based Compounds

MERPOL® A is an alcohol phosphate that offers attributes such as low foam generation, effective wetting, and reliable emulsification. It serves a range of applications, including metal processing, composite handling, printing ink manufacturing, and coatings. Classified within the chemical group of alcohol phosphate esters, its functions encompass being a plastic anti-static agent, pigment dispersant, and textile lubricating agent.

STEPFAC™ 8182 is a phosphate ester used in high electrolyte systems. It can be used as a compatibility agent in liquid fertilizer systems. It is a phosphate ester of an alkyl polyethoxyethanol and is typically used in high electrolyte systems. They can be used as compatibility agents in liquid fertilizer systems. They can also be incorporated into many emulsifier blends.

STEPFAC™ 8181 PT3 is an ethoxylated phosphate ester widely used in various agricultural applications. Its functions span agrochemical emulsifiers, dispersants, adjuvants, and wetting agents. With applications in concentrated emulsions (ew), emulsifiable concentrates (ec), fumigants, metalworking cleaners, microemulsions (me), oil dispersants (od), soluble concentrates (sl), soluble liquids (sl), suspension concentrates (sc), suspoemulsions (se), and tank mix adjuvants, it caters to home care and industrial products.

STEPFAC™ 8171 is an acid form of phosphate ester that excels as a hydrotrope for nonionic surfactants in alkali cleaners, particularly in high-electrolyte systems. It serves diverse functions, including dispersing, acting as a textile antistatic agent, emulsifying, adjuvanting, and wetting agents. Its applications span agriculture, metalworking, and textiles.

ZELEC® TY is a neutralized alcohol phosphate that offers efficient antistatic properties for polyolefin fibers, plastics, films, and carpet applications. It lowers electrical resistivity, particularly in environments with higher moisture content. It serves as a wetting and antistatic agent, particularly when water repellency properties are desired. It can be used in conjunction with fluorochemical water-repellent products.

STEPFAC™ 8181-E is an ethoxylated phosphate ester that finds application in a wide range of agricultural contexts. Classified within the chemical group of ethoxylated phosphate ester phosphate esters, it performs a multitude of functions, including acting as a dispersant, emulsifier, adjuvant, and wetting agent. Its versatile application encompasses adjuvant additives, capsule suspensions (cs), concentrated emulsions (ew), emulsifiable concentrates (ec), fumigants, metalworking cleaners, microemulsions (me), oil dispersants (od), oil in water emulsions (ew), ready-to-use (rtu) products, soluble concentrates (sl), soluble liquids (sl), suspension concentrates (sc), suspoemulsions (se), tank mix adjuvants, water dispersible granules (wg), and wettable powders (wp).

ZELEC® UN is a powerful agent that combines antistatic properties with mold release capabilities. Its use spans metalworking, textile applications, and pultrusion molding. In metalworking, it aids in polyester resin molding operations involving external heat, like matched metal die, compression, and pultrusion processes.

ZELEC® NK is a neutralized alcohol phosphate used in the pultrusion manufacturing process and is an effective, non-durable antistat for textiles, plastics, and films. It is an effective, non-durable antistatic agent for use in textiles, plastics, and films. It is dispersible in aqueous systems but is preferred in solvent systems. Zelec nk can be formulated with a variety of organic solvents, oils, and surfactants to make useful water-emulsifiable concentrates.

ZELEC® NE is a neutralized alcohol phosphate used in the pultrusion manufacturing process and is a highly effective antistatic for textiles, plastics, and films. It is effective in polyester resin molding operations that require external heat, such as matched metal dies, compression, and pultrusion. They are not generally successful at room temperature curing, such as hand lay-up or gel coat. This may be due to reactions with the metallic soaps used as accelerators in the operations, thus inhibiting the cure. Operations can be modified to use zelec products by eliminating these accelerators.

STEPFAC™ 8175 functions as an acid phosphate ester hydrotrope in nonionic surfactant-based alkali cleaners and excels in high-electrolyte systems. STEPFAC™ 8175's applications span agriculture, metalworking, and textiles, with roles encompassing dispersing, emulsifying, adjuvant functions, and acting as a wetting agent.

STEPFAC™ 8170 is an acid phosphate ester serving as a hydrotrope for nonionic surfactants in alkali cleaners. Its efficacy extends to high-electrolyte systems, making it an asset in applications like agriculture, metalworking, and textiles. This versatile product finds utility in diverse markets, including home care, industrial products, institutional cleaning, and industrial cleaning.

STEPFAC™ 8181 stands as an ethoxylated phosphate ester that holds significance across a variety of agricultural applications. It belongs to the chemical group of ethoxylated phosphate esters and phosphate esters, functioning as a dispersant, emulsifier, adjuvant, and wetting agent. Its application scope encompasses capsule suspensions (cs), concentrated emulsions (ew), emulsifiable concentrates (ec), fumigants, metalworking cleaners, microemulsions (me), oil dispersants (od), oil in water emulsions (ew), soluble liquids (sl), suspension concentrates (sc), suspoemulsions (se), and tank mix adjuvants.

STEPFAC™ 8180 serves as an ethoxylated phosphate ester with a broad spectrum of applications within the agricultural domain. It falls within the chemical group of ethoxylated phosphate ester phosphate ester and fulfills functions as a dispersant, textile antistatic agent, emulsifier, adjuvant, and wetting agent. Its versatile usage covers capsule suspensions (cs), concentrated emulsions (ew), emulsifiable concentrates (ec), fumigants, metal working applications, metalworking cleaners, microemulsions (me), oil dispersants (od), oil in water emulsions (ew), soluble liquids (sl), suspension concentrates (sc), suspoemulsions (se), tank mix adjuvants, and textile wet processing.

T-Mulz® 844 is a phosphate ester designed for use in alkaline cleaners, textiles in yarn lubricants, and wet processing. This product is used in concentrated electrolyte solutions to improve salt tolerance and as a hydrotrope that provides detergency, wetting, and coupling properties.

T-Mulz® 810 is an alcohol-based phosphate ester designed for use in alkaline cleaners, yarn lubricants, and concentrated electrolyte solutions to improve salt tolerance. This product is also used as a hydrotrope that provides detergency, wetting, and coupling. It is compatible with both anionic and nonionic surfactants.

T-Mulz® 844 M is a phosphate ester designed for use in alkaline cleaners, yarn lubricants, and wet processing. It demonstrates excellent salt tolerance, especially under alkaline conditions. This product also functions well as a hydrotrope and can couple solvent, electrolyte, and surfactant mixtures. Additional benefits of using T-Mulz® 844 M include improved wetting and detergency. This product also finds application as a primary emulsion polymerization surfactant and is well suited to acrylic latexes.

T-Mulz® 800 is an alcohol ethoxylate-based phosphate ester designed for use in alkaline cleaners, yarn lubricants, and concentrated electrolyte solutions. This product is compatible with anionic and nonionic surfactants. It provides improved salt tolerance, functions as a hydrotrope, and gives excellent detergency, wetting, and coupling.

T-Mulz® 1227 is an alcohol-based phosphate ester designed for use as a hydrotrope that provides detergency, coupling, and improved salt tolerance in alkaline cleaners, yarn lubricants, and concentrated electrolyte solutions. This product is especially effective in removing heavier soils. It has a very fast Draves wetting time, which can enhance the wetting performance of the finished formulation.

DeMUL T60 is a clear liquid highly effective surfactant based multifunction emulsifier and dispersing agent. DeMUL T60 is used for the preparation of aqueous pigment/filler dispersions in a variety of market sectors including paints, coatings, construction, agrochemical, textile and rubber industries. DeMUL T60 allows the formulation of stable, free flowing preparations with high solid contents and with low viscosities.

Lanphos PE245 is a phosphate ester manufactured with phosphorous pentoxide, resulting in a product containing both mono- and di-esters. Its notable features include excellent stability in high concentrations of acid, alkali, and electrolytes. Supplied in free acid form, when neutralized, the product finds use in various applications such as textiles as a lubrication aid and/or emulsifier, metalworking cutting fluids (especially when amine neutralized), as well as in leather, household, IandI, agrochemicals, and emulsion polymerization.

Lanphos PE36, a potent emulsifier applicable across diverse polymer systems, is particularly valued as a primary emulsifier, eliminating the necessity for a secondary surfactant for system stabilization. It serves as the top preference for formulators due to its versatility. Apart from yielding remarkably small particle sizes, it incorporates an inherent stabilizer system, preventing polymer particle re-agglomeration.

Lanphos PE244 is a phosphate ester produced using phosphorous pentoxide, resulting in a product that comprises both mono- and di-esters. Lanphos PE244 offers a diverse range of surfactant properties, encompassing emulsification, dispersion, corrosion inhibition, lubrication, wetting, and foaming. Key features of Lanphos PE244 include its excellent stability in high concentrations of alkalis and electrolytes, as well as its exceptional detergency and emulsification capabilities.

Lanphos PE310 is a phosphate ester manufactured with phosphorous pentoxide and contains both mono and diesters. Its main advantage lies in its excellent stability in high concentrations of acid, alkali, and electrolyte. Key properties include hydrotrope, high electrolyte stability, and resistance to acids and alkalis.

Lanphos PET11 is a phosphate ester manufactured with phosphorous pentoxide, containing both mono- and di-esters. Its primary advantage lies in its excellent stability in high concentrations of acid, alkali, and electrolyte. This product finds applications in cutting fluids, leather processing, agrochemicals, emulsion polymerization, and pigment dispersion.

Lanphos PE35, a phosphate ester manufactured using phosphorous pentoxide and is characterized by excellent stability in high concentrations of acid, alkali, and electrolyte. Its key properties include acting as a hydrotrope, high electrolyte stability, and resistance to acids and alkalis.

PhosGard® 325 is a white powder industrial additive categorized for textile manufacturing. It serves as a halogen-free flame retardant and falls within the aluminum complexes and phosphorous-based compounds chemical families. Compliant with TSCA regulations, it is conveniently packaged in bags.

Libraphos L66D, classified under the phosphate esters chemical family, is a versatile anionic surfactant in liquid form. This industrial additive is renowned for its high-temperature performance, acid stability, and alkali stability. Libraphos L66D finds application in various processes, including emulsion polymerization, making it adaptable to different industrial manufacturing methods.

Naxonac® T50 is a polyethylene alkyl ether phosphate designed to meet the requirements for use as an emulsifier in the production of acrylics, vinyl-acrylics, and styrene-acrylic emulsion polymers. It can be converted to its salt form for use in emulsion polymerization, making it highly effective in the production of stable emulsion polymers.

Naxonac® 8610 is an alkyl phenol ether phosphate designed to provide emulsification, solubility, coupling, and detergency in water-soluble applications. As an anionic surfactant, one of the main advantages of the phosphate ester is its stability and solubility in alkali systems. It can be used as hydrotropes to couple nonionic surfactant systems that are not soluble and at the same time increase wetting and detergency properties.

Naxonac® 8104 is a complex mixture of monoesters and diesters of alkyl alcohol ethoxylate phosphoric acid, showing hydrotropic abilities in liquid formulations. It is an effective surfactant in heavy-duty alkaline liquid formulations and is soluble in high electrolyte systems. It is also an effective solubilizer and corrosion inhibitor in various sanitary and industrial cleaning formulations.

Naxonac® 690-50 is an alkyl phenol ether phosphate designed to meet your needs as an emulsifier, imparting corrosion resistance in the emulsion polymerization of vinyl acetate and highly carboxylated acrylics and enhancing detergency in alkaline systems. It does not discolor when used to de-dust alkaline powders.

Lanphos PE36 is a powerful emulsifier that can be used across a wide range of polymer systems and more importantly is used as a primary emulsifier without the need for a secondary surfactant to stabilize the system. As a versatile emulsifier. this is the first choice for any formulator. As well as providing extremely small particle sizes it has an in-built stabilizer system to prevent re-agglomeration of polymer particles. Lanphos PE36 is supplied in the free acid form and is typically neutralized before use to produce the salt of choice for individual applications.

Lanphos PE35 is a phosphate ester manufactured using phosphorous pentoxide to give a product that contains both mono and di-esters. The main advantage of a phosphate ester over a conventional anionic is it’s excellent stability in high concentration of acid,alkali and electrolyte.

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.