Aptosol™
A groundbreaking invention that goes far beyond conventional standards.
No harmful metal particles like Zinc Oxide or Titanium Dioxide!
UVA
PA++++
Very high
UVA
SPF50
Very high
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PA++++
In professional sun protection,
the latest science includes
the Protection Grade of UVA (PA)
in addition to SPF.
PA indicates protection
against UVA radiation:
PA+ = PPD 2-4,
PA++ 4-8,
PA+++ 8-16,
PA++++ >16.
PPD Value
The ratio between the smallest dose
of UVA radiation causing persistent
pigmentation on protected and
unprotected skin
is called the PPD value.
(Persistent Pigment Darkening)
A PPD 10 roughly means
that the skin takes ten times longer to tan.
SPF50
If the skin’s natural protection time
is 10 minutes according to individual skin type
and it is thoroughly applied with SPF 50,
theoretically,
it can withstand 500 minutes
of sun exposure
before sunburn occurs.
That’s about 8.5 hours.
The calculation:
10 minutes of natural protection time x 50 (SPF) = 500.
Sufficient application of sunscreen
is a prerequisite for this calculation.
Insufficient sunscreen reduces protection.
All in One
The 9 Key Benefits of Aptosol™
- Blocks UVA for 13 hours
- Blocks UVB for 13 hours
- Adheres like sunscreen
- Safe for pregnant women and children
- Skin-friendly
- Easily washable with soap
- Prevents keratinization
- Great makeup base
- All-in-One for basic skincare products
Conventional UV Products
This section explains how traditional UV products work.
Until now, there were only two types of sunscreen products:
(UV-Cut Products) UVA Absorbers and UV Scattering Agents.
While UVA absorbers absorb UV light themselves, UV scatterers prevent UV light from reaching the skin by reflecting sunlight, including UV light.
UVA absorbers or UV scatterers in most cases contain Titanium Dioxide or Zinc Oxide.
These UV-absorbing agents have the disadvantage of being poorly soluble with other solutions and tend to crystallize.
This limits the amount that can be mixed.
UV scattering agents are powders that, due to their physical properties, create microscopic gaps.
Applied to the skin, these gaps allow UV light to penetrate, damaging the skin’s collagen and elastin.
This leads to premature skin aging, loss of elasticity, and an increased risk of skin cancer caused by excessive sun exposure.
In addition, UVB rays with shorter wavelengths are either absorbed by the UVB absorber or reflected.
APTOSOL™ has addressed all the shortcomings of traditional products by introducing a special oil solution (Esterol No. 26) that can evenly dissolve UVA absorbers and has developed a special anti-UV molecular structure.
What is applied to the skin is the UV-AB Protector, which has a highly ordered structure.
UVA is absorbed by the UVA absorber and partially reflected.
UVB is absorbed and partially reflected as well.
All ultraviolet rays are treated directly upon reaching the skin surface, never penetrating the skin tissue.
Your skin is perfectly protected.
UVA 380nm Block Proof
Metal and Nano Particle Free
As nano inorganic sunscreens are particles smaller than ultrafine dust, metallic materials are absorbed into the skin and accumulate in the body.
APTOSOL™ contains no metal
There is a study that titanium nanoparticles used in sunscreens and cosmetics can damage nerve cells
cells_ (Environmental Science and Technology Journal)
Aptosol™ contains no titanium nanoparticles
The World Health Organization WHO points out that the absorption of metal components in humans can cause various diseases, such as lung cancer, liver cancer, multiple sclerosis, and strokes.
Aptosol™ does not use metal components.
Aptosol™ Intelligence
APTOSOL™ enables the penetration of beneficial selective visible wavelengths, allowing light therapy despite UVA/UVB protection.
Aptosol™ active ingredients are surrounded by a 5-layer protective coating, inhibit coli growth, and maintain a fresh formulation whenever used.
Aptosol™ sunscreens are used in hospitals, dermatology, and plastic surgery.
There is no white film, and it absorbs gently.
Worldwide Innovation Encapsulated Sunscreen Components
Below is a visual representation of the ingredient comparison
of Aptosol™ UV-AB Protector and conventional UV products.
This spherical image initially illustrates the straightforward structure of conventional UV skincare products.
Both UV-A absorbers and UV-B absorbers are scattered. Since UV-A absorption material in particular crystallizes when more than a certain amount is added, technically only a limited amount can be blended.
As a result, ultraviolet A penetrates the skin, allowing both UV-A and UV-B absorbers to come into direct contact with the skin.
Direct contact of the absorbers with the skin can cause skin damage.
Below is the structure of the APTOSOL™ UV-AB Protector.
Compared to conventional UV skincare products, it offers a different, organized structure.
The innovative solution, Esterol #26, firmly encapsulates the group of absorbers, namely UV-A absorbers and UV-B absorbers.
As a result, unlike conventional UV skincare products, a considerable amount of UV-A absorber can be blended, providing full protection from UV-A penetration into the skin.
Furthermore, as both UV-A and UV-B absorbers are encapsulated within Esterol #26 and water, direct contact with the skin is avoided, making the structure skin-friendly.
Since the exterior is also composed of water or moisturizing ingredients, it protects the skin with a light and smooth feel during application and can be rinsed off with specialized cleansing foam.
The best part comes last.
You know the typical white faces coated with conventional sunscreen?
APTOSOL™ not only feels silky and pleasant but also becomes invisible on the skin and serves as the perfect base for your makeup.
Benefits of APTOSOL™
APTOSOL™ is now available:
Scientific Study
Dr.Dr. Jabs – Internist – Dipl. Biochemist
Aptosol™ Europe in Social Media
