Luxscreen

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.

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.