Products

Deuteron® LE 151 serves as a conductivity additive formulated with tetraalkylammonium ethyl sulfate. This anti-static additive enables the manipulation of surface and volume resistivity within diverse systems. Its effectiveness stems from surface migration and the ionic attributes of the cations, which play a pivotal role in the impact of Deuteron's anti-static additives.

Deuteron® LE 512 stands as a 100% active conductivity additive founded on tetraalkylammonium ethyl sulfate. The utilization of these anti-static additives facilitates the fine-tuning of surface and volume resistivity across diverse systems. The efficacy of Deuteron® LE 512 anti-static properties primarily relies on surface migration and the ionic character of the cations to achieve the desired adjustments in electrical properties.

Deuteron® LE 292 is a conductivity additive formulated from a branched quaternary ammonium compound. It serves as an anti-static agent, enabling the adjustment of surface and volume resistivity within different systems. Its function primarily relies on surface migration and the ionic nature of the cations to regulate resistivity levels.

Deuteron® LE 100 LV stands as a 100% active conductivity additive leveraging tetraalkyl-ammonium ethyl sulfate. These anti-static additives facilitate fine-tuning surface and volume resistivity across various systems. Deuteron LE 100 LV is a carrier-free liquid that ensures easy integration without introducing potentially undesirable solvents into a system. These products blend seamlessly into all solvent mixtures commonly employed in coatings, although slight turbidity might occur. They are solvent-free, fluid, and effortlessly dosed at room temperature.

Lanquat CAE is an efficient antistatic agent that is designed to diminish the creation of static electricity across various surfaces and applications. Lanquat CAE cationic charge enables swift discharge of any static electricity that does accumulate and ensures effective static reduction.

Deuteron® LE 829 functions as a conductivity additive rooted in tetraalkylammonium ethyl sulfate. These anti-static additives enable the fine-tuning of surface and volume resistivity across diverse systems. The effectiveness of Deuteron's anti-static properties is primarily based on surface migration and the ionic character of the cations, which facilitate the desired adjustments in electrical properties.

Lansurf OA14 is a versatile solution with multiple functions, including serving as an anti-static agent, dispersant, emulsifier, and surfactant (nonionic). Designed for use in oils, it features good compatibility with various formulations. In liquid form, it maintains a clear amber appearance at 25°C and is free from foreign matter. Lansurf OA14 has a characteristic odor and is also soluble in water, enhancing its application flexibility in different formulations.

Lansurf OA10 is a versatile solution with multiple functions, including serving as an anti-static agent, dispersant, emulsifier, and surfactant (nonionic). Tailored for use in oils, it offers good compatibility with industrial additives. In liquid form and with a clear amber appearance at 25°C, Lansurf OA10 is free from foreign matter and has a characteristic odor. Additionally, it is dispersible in water, providing flexibility in various formulations.

Lansurf OA7 is a versatile solution with multiple functions, including serving as an anti-static agent, dispersant, emulsifier, and surfactant (nonionic). Tailored for use in oils, it boasts good compatibility with various formulations. In liquid form, it maintains a clear amber appearance at 25°C and is free from foreign matter. Lansurf OA7 has a characteristic odor and is soluble in water, offering flexibility and ease of use in diverse applications.

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.

Deuteron® LE 15P comprises a quaternary ammonium salt absorbed onto a SiO2 carrier. As a cationic surfactant, it functions as an antistatic agent across multiple applications. Its primary mode of operation revolves around surface migration and orientation. The product is presented as a white powder.

Lanquat CAE-D is a clear amber liquid free from foreign matter. Its composition includes quaternised fatty amine ethoxylate. The characteristic odor and its solubility in water make it suitable for various applications. It functions as a quaternary ammonium cationic surfactant, serving as an antistatic agent and textile auxiliary component. Lanquat CAE-D is generally compatible with most other cationic and nonionic materials but is not compatible with anionic surfactants.

Deuteron® LE 200 functions as a conductivity additive rooted in a branched quaternary ammonium compound. Employing these anti-static additives enables fine-tuning surface and volume resistivity across diverse systems. Its effectiveness primarily hinges on surface migration and the ionic attributes of the cations. The product presents as a yellowish paste.

ANTISTATIC ADDITIVES is a medium polarity ionic liquid specifically tailored to improve conductivity properties of microcellular PU and TPU shoe soles, PU composite, PU coatings and C.A.S.E. applications. HP-A TAN shows a very good compatibility with polyether and polyester polyols. In footwear applications, including the light density PU soles, HP-A TAN is tailored to meet the strict and challenging requirement of ESD safety standard (electrical resistance maximum 35 mega Ohm). Important application for HP-A TAN are PU cast elastomers and PU composites for electronics parts where the market requires very low levels of electrical resistance combined with high levels of hardness. Using the HP-A TAN, customers are able to minimize the antistatic loading and consequently the hardness decreasing effect.