Products

Lansurf AE109W is a nonionic surfactant produced by the reaction of 9 moles of ethylene oxide onto a 2-propyl heptanol base. This particular range of ethylene oxide offers a product with a wide range of applications especially for detergency and wetting. This product has good environmental profiling and is readily biodegradable.

Lansurf AE73 is a biodegradable nonionic surfactant created through the reaction of ethylene oxide with cetyl oleyl alcohol. This product is compatible with soaps, anionic, cationic, and other nonionic surfactants. It demonstrates effective oil/water emulsification and serves as a highly efficient emulsifier for vegetable and mineral oils, paraffin waxes, and alkyd resins. It finds applications in various areas, including metalworking, agrochemicals, and oilfield chemicals.

Lansurf SMO80 is a versatile solution with multiple functions, serving as a nonionic surfactant, emulsifier, and anti-fogging agent. Tailored for use in suspension polymerization and emulsion polymerization processes, this liquid-form product maintains a clear amber appearance and is free from foreign matter at 25°C. With a characteristic odor, Lansurf SMO80 is not only biodegradable but also water-soluble, making it a sustainable and easily incorporable choice for various formulations.

Agrosurf ME100 microemulsions as opposed to macroemulsions give emulsions of very small particle size and very good stability. Typically when a microemulsion is achieved the end product is a clear solution which sometimes has a slight bloom. One main advantage of microemulsions is that they are easily dilutable to the required concentration.

Lansurf AE33 is a biodegradable nonionic surfactant created through the ethylene oxide reaction with a synthetic primary alcohol. This product boasts compatibility with soaps, anionic, cationic, and other nonionic surfactants, showcasing excellent oil/water and water/oil emulsification, wetting, and detergency properties. Notably, this nonionic variant is inherently anhydrous in nature.

Agrosurf CMP147 is a complex organic phosphate ester for use as compatibility agents for a wide range of pesticides and liquid fertilizers. This compatibility agent is able to offer stable emulsions and suspensions upon dilution when used at a concentration level of between 1-3%. Agrosurf CMP147 is compatible with anionic, nonionic, and amphoteric surfactants.

Lansurf SMS60-FG can be used singularly or in combination with esters such as Lansurf SMS. Typical applications include agrochemical formulations, as anti-fogging agents in plastic films, textile fiber lubricants and softener and as secondary emulsifiers in suspension and emulsion polymerisation. This product is also found to be readily biodegradable and would not expect to persist indefinitely in the environment.

Lansurf STO can be used singularly or in combination with the ester ethoxylates such as Lansurf STO85. Typically this product is extremely hydrophobic and finds use as an emulsifier in many waxes and creams for household applications. Used in combinations with the exthoxylates, Lansurf STO is used in textiles, leather treatments, silicone oils and agrochemicals. This product is also found to be readily biodegradable and would not expect to persist indefinitely in the environment.

Lansurf AE103 is a nonionic surfactant crafted through the reaction of 3 moles of ethylene oxide with a 2-propyl heptanol base. Unleashing a versatile range of applications, this product excels, particularly in detergency and wetting. Notably, Lansurf AE103 boasts favorable environmental attributes, marked by excellent biodegradability.

Lansurf AE108W is a nonionic surfactant created through the reaction of 8 moles of ethylene oxide with a 2-propyl heptanol base. This specific ethylene oxide range delivers a product with a diverse array of applications, particularly excelling in detergency and wetting. Notably, Lansurf AE108W stands out for its positive environmental profile, characterized by high biodegradability.

Lansurf AE105 is a nonionic surfactant crafted through the reaction of 5 moles of ethylene oxide with a 2-propyl heptanol base. This specific ethylene oxide range empowers the product with a diverse range of applications, particularly excelling in detergency and wetting. Notably, Lansurf AE105 stands out for its positive environmental profile, characterized by high biodegradability.

Lansurf AE37 is a nonionic surfactant with compatibility across soaps, anionic, cationic, and other nonionic surfactants. Similar to others in the series, it displays effective oil/water and water/oil emulsification, wetting, and detergency. It is utilized in textile auxiliaries, metal processing, paper, leather, standard industrial and domestic detergents, agrochemicals, and paints. Lansurf AE320W is also noted for its excellent emulsification capabilities in systems like vinyl acetate homopolymer emulsion polymerization.

Lanphos PET22 is a phosphate ester manufactured using phosphorous pentoxide, resulting in a product containing both mono- and di-esters. The primary advantage of this phosphate ester over conventional anionics lies in its excellent stability in high concentrations of acid, alkali, and electrolyte. This product offers good wetting and dispersion properties for pigments and agrochemicals, both when used alone and in combination with nonionic surfactants.

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.

Lansurf SMS60 can be used singularly or in combination with esters such as Lansurf SMS. Typical applications include agrochemical formulations, as anti-fogging agents in plastic films, textile fiber lubricants and softener and as secondary emulsifiers in suspension and emulsion polymerisation. This product is also found to be readily biodegradable and would not expect to persist indefinitely in the environment.