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Composition, properties and functions
Sterile hydrogel application - "AQUA DRESS"
1 applique contains:
Main components - purified water, polyvinylpyrrolidone, polyethylene glycol, food agar
Active ingredients - Aloe Vera extract, hyaluronic acid, chamomile extract

Description
Hydrogel from radiation crosslinked polymers

What is radiation crosslinking?
Radiation crosslinking is a method of forming a strong three-dimensional polymer structure using irradiation (usually electron beam or gamma rays).

This way:
  • does not require chemical crosslinking agents, thus eliminating potentially irritating or toxic impurities;
  • ensures sterility of the material without heat treatment or addition of preservatives;
  • forms a stable, biocompatible and durable gel structure.
Properties and advantages of hydrogel
  • Intensive moisturising
    Thanks to its high water content and ability to retain moisture, hydrogel deeply moisturises the skin, reduces the feeling of tightness and helps to restore the hydro-balanced skin
  • Comfort and cooling
    The gel texture provides pleasant cooling and relieves irritation or inflammation, making applications especially useful after aggressive cosmetic procedures (peels, lasers, injections)
  • Excellent adhesion and ease of use
    The applications are easily fixed on the skin, do not flow and do not require additional fixation
  • Biocompatibility and safety
    The composition does not contain any irritants. PVP and PEG are well studied components with low allergenic potential. Agar is a natural thickening agent from seaweed and is gentle on the skin
  • Sterility without preservatives
    Radiotreatment ensures complete sterility of the product without disturbing its structure or reducing its effectiveness, which is especially important for sensitive and damaged skin
  • Suitable for professional and home care
    Applications are effective for skin regeneration, care of dry, irritated or tired skin, and as part of post-procedure care
Composition
A detailed description of the functions and properties of each of the components of the hydrogel radiation crosslinked applique
  • Polyethylene glycol (PEG)
    Functions:
    • Moisturiser and emollient
    • Increases the plasticity and flexibility of the gel structure
    • Improves the distribution of other active ingredients in the matrix
    Properties:
    • It has a pronounced softening and conditioning effect
    • Non-toxic, non-comedogenic, widely used in medical and cosmetic products
    • Improves the skin barrier and increases the comfort of the application
  • Polyvinylpyrrolidone (PVP)
    Functions:
    • Forms a strong and elastic gel matrix
    • It has pronounced film-forming properties, creating a protective barrier on the skin
    • Serves as a stabiliser and moisture retaining agent
    Properties:
    • Highly biocompatible and safe, non-irritating
    • Hygroscopic - actively absorbs and retains moisture, promoting deep hydration of the skin
    • Ensures transparency and homogeneity of the gel
  • Agar
    Functions:
    • Natural thickener and gelling agent
    • Provides structural stability of hydrogel
    • Increases viscosity and elasticity of the material
    Properties:
    • Derived from seaweed, hypoallergenic and biodegradable
    • Provides a smooth and pleasant gel texture
    • Resistant to temperature fluctuations, stable during storage
  • Purified water
    Functions:
    • The main solvent that forms the aqueous phase of the gel
    • Provides the necessary level of moisturisation
    • Facilitates penetration of active ingredients into the skin
    Properties:
    • Undergoes multi-stage purification (usually through reverse osmosis or deionisation)
    • Free of impurities, salts and microorganisms
    • Safe and physiologically compatible with the skin
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