Products

Kemsurf DSA is a sodium salt neutralized fatty alcohol sulfate. Renowned for its excellent detergency and wetting properties, this product is a key player in cosmetic and toiletry applications. Its compatibility extends to both anionic and nonionic surfactants. It's worth noting that, like similar products in its chemical category, Kemsurf DSA may undergo hydrolysis in acidic environments.

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 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.

Kemsurf CA-EH is a calcium salt of biodegradable dodecylbenzene sulfonic acid. The base acid for Kemsurf CA-EH is manufactured through SO3 sulphonation to produce a product with good color and low inorganic content. Kemsurf CA-EH is a hydrophobic anionic surfactant that functions as an emulsifier for oils and aromatic solvents in the formulation of degreasers. It has numerous applications, particularly as an emulsifier for pesticide and herbicide systems, especially in cases where spray application is involved.

Kemsurf OPA is an anionic surfactant created through the sulphonation of oleic acid along the double bonds. This distinctive molecule boasts an exceptionally rapid foam break within 30 seconds in high-agitation systems, leading to virtually eliminated foaming. At 25°C, it appears as a clear amber liquid, and its composition includes fatty acid sulphonate and potassium salt.

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.

Kemsurf CA, a calcium salt derived from biodegradable dodecylbenzene sulfonic acid, is manufactured through SO3 sulphonation, resulting in a product with low inorganic content and an appealing color. It serves as a hydrophobic anionic surfactant, primarily employed as an emulsifier for oils and aromatic solvents in degreaser formulations. Its versatile applications span from pesticide and herbicide systems, particularly in spray applications, to emulsifying waxes and hydrocarbon solvents. With compatibility with other anionic and nonionic surfactants, Kemsurf CA maintains stability, detergency, foaming power, and soil suspension in diverse conditions, including alkaline, mild acid, low electrolyte, and both hard and soft water settings.

Lanphos PE74 is a cetyl oleyl ethoxy phosphate with outstanding emulsification characteristics. Its key properties encompass being oil-soluble, exhibiting excellent emulsification characteristics, providing lubricity as an extreme pressure additive, functioning as a corrosion inhibitor, and featuring low foam characteristics. Applications for Lanphos PE74 include multifunctional metalworking fluid additives, extreme pressure additives, emulsifiers, corrosion inhibitors, metal cleaning, emulsion polymerization, and textile lubricants.

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.