Products

Eospoly® UV-products are composites of nanofine rutile type Titanium Dioxide in a spherical polymer structure. Eospoly® UV-composites provide UVA- and UVB-protection and an instant optical illusion of smoothness and luminosity. Eospoly® UV TR 22 HB 25 has hydrophobic surface characteristics. It can be dispersed in the oil phase or directly in w/o emulsions, no high shear mixing should be used. Typical use level: 5-15%

Coloursphere® WL 40 Black HL is a new generation of cosmetic color composite which is ideal for mascaras. It not only deliver color but it also function as a volumizing agent, thickener and rheology modifier. Coloursphere® WL 40 HL modify the film forming properties of the formulation, improving the wear and performance.

Eospoly® UV-products are composites of nanofine rutile type Titanium Dioxide in a spherical polymer structure. Eospoly® UV-composites provide UVA- and UVB-protection and an instant optical illusion of smoothness and luminosity. Eospoly® UV TR 22 HL 50 has hydrophilic surface characteristics. It can be dispersed in the water phase or directly in o/w emulsions, no high shear mixing should be used. Typical use level: 5-15%

LUXSCREEN® is a range of UV-dispersions based on photostable lipids and mineral UV-filters encapsulated in a polymer structure. The Luxscreen® dispersions are developed based on excluding volume technology (EVT). In the products the Titanium Dioxide or Zinc Oxide has been combined with the polymer to create a composite material. By combining the mineral UV-filters with a material, which has significantly lower density than the mineral UV-filters by themselves, the density of the mineral UV-filters can be lowered, and more stable dispersions can be made.

LUXSCREEN® is a range of UV-dispersions based on photostable lipids and mineral UV-filters encapsulated in a polymer structure. The Luxscreen® dispersions are developed based on excluding volume technology (EVT). In the products the Titanium Dioxide or Zinc Oxide has been combined with the polymer to create a composite material. By combining the mineral UV-filters with a material, which has significantly lower density than the mineral UV-filters by themselves, the density of the mineral UV-filters can be lowered, and more stable dispersions can be made.

LUXSCREEN® is a range of UV-dispersions based on photostable lipids and mineral UV-filters encapsulated in a polymer structure. The Luxscreen® dispersions are developed based on excluding volume technology (EVT). In the products the Titanium Dioxide or Zinc Oxide has been combined with the polymer to create a composite material. By combining the mineral UV-filters with a material, which has significantly lower density than the mineral UV-filters by themselves, the density of the mineral UV-filters can be lowered, and more stable dispersions can be made.

NOVATEXT® EOS is a range of texture modifiers and photostable emollients without D4 and D5 based on silicone beads and nanofine Titanium Oxyde or Zinc Oxyde composites. Thanks to theses composites, Novatext® EOS boost UVA and UVB protections and provide an instant optical ceramic effect for skin brightening and whitening application. The UV pigments are dispersed in such way, that they distribute evenly and offer maximum capacity of UV-screening. Novatext® EOS are available in different crystal sizes for different kinds of applications. This variety of crystal sizes along with the choice of emollient brings flexibility to formulating.

Eospoly® UV-products are composites of nanofine rutile type Titanium Dioxide in a spherical polymer structure. Eospoly® UV-composites provide UVA- and UVB-protection and an instant optical illusion of smoothness and luminosity. Eospoly® UV TR 22 HB 50 has hydrophobic surface characteristics. It can be dispersed in the oil phase or directly in w/o emulsions, no high shear mixing should be used. Typical use level: 5-15%

LUXSCREEN® is a range of UV-dispersions based on photostable lipids and mineral UV-filters encapsulated in a polymer structure. The Luxscreen® dispersions are developed based on excluding volume technology (EVT). In the products the Titanium Dioxide or Zinc Oxide has been combined with the polymer to create a composite material. By combining the mineral UV-filters with a material, which has significantly lower density than the mineral UV-filters by themselves, the density of the mineral UV-filters can be lowered, and more stable dispersions can be made.