DEUTEROL PARAFFINDISPERSION is a matting paraffin dispersion for water dilutable polyester systems.

Deuteron AP 348 is designed for the use in powder coatings.

An important feature of Deuteron AP 348 is the low viscosity of the fusion. It is a non-polar polyethylene wax with good toughness in spite of the high hardness. Surfaces of powder coatings containing Deuteron AP 348 show a remarkable slip resistance. This effect is shown by only a few waxes.

In some cases it has been noticed that the presence of Deuteron AP 348 in powder coatings improves their flow. This depends on the low softening respective melting point of this polyethylene wax and its limited compatibility with the used resins.

Deuteron ES 224 is a surface active additive. Its presence in a mixture of unsaturated polyester resin/reactive-solvent (styrene) helps in re­moving air-bubbles (for instance when mixing resin and curing agent). It improves wetting of the substrate in systems containing extenders.

Because of the above mentioned properties Deuteron ES 224 is an excellent wetting and air release agent in particular for laminating resins based on unsaturated polyester. The product is very suitable in laminating resins where excellent adhesion of polyester resin and glass fiber is required. The product is particularly suitable for thixotropic systems since it has no impact on the rheology (thixotropy).

Because of its cationic character and the extremely high polarity of Deuteron LE 100 LV, the electrical resistance is reduced considerably – even when using small quantities.

Deuteron LE 100 LV is delivered with an active content of 100 %. The product is free of solvent and of low viscosity. It is characterized by ease of handling. Deuteron LE 100 LV can be processed at room temperature and below without melting or producing a master batch. That is why the product is particularly suitable for solvent free systems.

Deuteron LE 100 LV can be used (among others) in PUR-foams (production of shoe-soles), UV- or electron-beam curing screen inks to avoid electrostatic charge.