The geometry of penetration
The intercellular space of the skin is 10–12 nanometres wide. A regular HA molecule — a long tangled strand — physically cannot pass through this mesh. It stays on the surface and washes off with water.
Our molecule is twisted into a liposome only 5–6 nanometres in diameter — a "bottle brush" structure. Half the size of the gap between corneocytes, the actives slip down to the basal layer.
What the microfluidiser does
It is a unique Swiss installation. Under high pressure it precisely fragments the HA molecule and twists it into tiny nano-containers — liposomes with a narrow size distribution and high stability.
There are virtually no analogues in the world. That is why the processing happens in Switzerland, while the raw materials and formula stay Russian.
What happens in the skin
- The liposome crosses the stratum corneum and reaches the moist intercellular environment.
- There it opens up and releases hyaluronic acid.
- HA replenishes moisture and forms a stable matrix scaffold.
Liposome size: 5–6 nm. Intercellular space: 10–12 nm. Actives reach the basal layer.
