Cantabria Labs HELIOCARE 360 MINERAL TOLERANCE FLUIDAS SPF 50, 50 ML

Ypatingai gerai toleruojama sudėtis tik su mineraliniais filtrais. Lengva tekstūra suteikia nematomą padengimą net esant tamsiems odos atspalviams. Puikiai tinka jautriai, reaktyviai ir netoleruojančiai odai. Ši priemonė atitinka aukščiausius fotoapsaugos standartus. Su Fernblock®+ technologija, apsauginiais filtrais ir atstatomosiomis bei antioksidacinėmis veikliosiomis medžiagomis, fluidas apsaugo nuo 4 tipų spinduliuotės (UVB, UVA, matomosios šviesos ir infraraudonųjų spindulių), neutralizuoja ir atkuria saulės padarytą žalą.

Privalumai:

• Plataus spektro apsauga (SPF50+, PA++++, nuo matomos šviesos ir infraraudonųjų spindulių).
• Saulės padarytos žalos atstatymas.
• Galinga antioksidacinė apsauga.
• 100% mineraliniai filtrai.
• Lengva tekstūra su nematomu padengimu net ir ant tamsių odos atspalvių.
• Jautriai odai ir po dermatologinių procedūrų.
• Hipoalerginis.
• Priemonė atspari vandeniui.

Veikliosios medžiagos: Fernblock®+ technologija, 100% mineraliniai filtrai, Glikozilazė, Bioshield sistema (Biomimetic melanin ir OTZ 10).

Titanium dioxide & zinc oxide are mineral (physical) filters commonly used in sunscreen formulations. They work primarily by reflecting and, to a lesser extent, absorbing light. They are commonly used in their “nano” form.  

Nanoparticles are extremely small-sized particles measuring from 1 and 100 nanometers. In sun screen formulations, they provide a number of advantages:

• better skin surface coverage due to their reduced size
• easier to spread for better cosmetic compliance
• transparent for no unaesthetic white cast (common in larger, “non-nano” mineral filters)

Due to their very small size, however, there has been some concern that they can penetrate the skin, causing potential side effects or damage to deeper layers. In addition, upon penetration and activation by UV, they could form free radicals that damage surrounding cells.

Numerous studies have however concluded that:

• Nanoparticles do not penetrate skin in any significant quantities
• Protective surface coating of nanoparticles dramatically reduces the potential for photoactivity.

Currently-available evidence has in fact been enough to convince the Australian TGA, AAD, FDA, EU and EWG, the Washington-basedenvironmental health research and advocacy organization (see below) to support their safety and use.