Lamelle Helase 50 Tint 4 - 50ml

Helase Photo Repair Tint 50 combines enhanced inorganic UVA and UVB filters with the Lamelle ‘Ase’ ingredients
that enable the Helase range to provide effective protection from other energy frequencies of sunlight. The ingredients are formulated in an anhydrous silicon-based in such a way that provides four shades of tinted
photoprotection and complete protection from these frequencies. Choosing the tint colour closest to your skin shade provides daily protection from the sun while covering blemishes and skin marks.

Helase Photo Repair Tint 50 use:
Use it instead of your usual foundation for medium coverage.
Use it over your regular foundation for more coverage.
Use it post-treatment to protect and hide.

Key advantages:
Anhydrous base – minimal risk of tingling even when using directly after peels, micro-needling or other semi-
invasive treatments.
Smooth and even application that lasts even when the day is hot and skin is perspiring
The Ase technology goes beyond conventional broad-spectrum protection.
Medium to full coverage of blemishes and marks on the skin.
It can be combined with your current foundation.
Protection from visible light frequencies

Directions for use: APPLY 10-15 min prior to going into the sun

After cleansing, allow your serums and moisturizer to penetrate into the skin.
Apply the Helase Photo Repair Tint 50 in the amount that would be required to have adequate protection and coverage or exposed skin that you would not use a foundation apply one of the other Helase products i.e. chest

Helase Ase technology:
Aryl hydrocarbon receptor inhibition: protects from the damaging effect of UVC (if it reaches us) early UVB
and Particulate Matter (Pollutants)
TRPV1 inhibition: protects us from the impact of IRB and IRC – the ageing and hyperpigmentation from heat
Anti-oxidant Pycnogenol: quenches free radicals and is super anti-inflammatory while it also enhances the
immunity lost when you are sun-exposed
Photolyase enzyme: finds and fixes dimers caused by direct DNA damage – caused mainly by UVB
OGG1 enzyme: finds and fixes dimers caused by indirect DNA damage – free radicals do this, and they are
activated by most of the frequencies of sunlight.