Blog
30
2023
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08
Give me an expensive reason (1) Microencapsulation technology
When selecting products, pay attention to a key term: "microencapsulation technology".
Microencapsulation technology is a technique that encapsulates active ingredients in cosmetics within tiny capsules. These microcapsules protect the active ingredients in cosmetics, preventing them from being damaged by other ingredients or external factors, thereby improving the stability and effectiveness of the cosmetics.
Microencapsulation technology brings many benefits to cosmetic production.
1. It can improve the stability of cosmetics, allowing them to maintain their effectiveness for a longer time.
2. It can prevent the active ingredients in cosmetics from being damaged by other ingredients, thereby improving their effectiveness.
3. Microencapsulation technology can also improve the texture and feel of cosmetics, making them more comfortable and easier to use.
There are several differences between cosmetics using microencapsulation technology and those that do not.
1. Microencapsulation technology can protect active ingredients, preventing them from becoming ineffective in cosmetics.
2. It can improve the stability and effectiveness of cosmetics.
3. Microencapsulation technology can also improve the texture and feel of cosmetics, making them more comfortable and easier to use.
4. The application of microencapsulation technology may increase the cost of cosmetics.
The use of microencapsulation technology can provide stable and effective high-value active ingredients: 20 effective ingredients:
1. Retinol (Vitamin A)
2. Hydroxy acids (AHAs)
3. Antioxidants (such as Vitamins C and E)
4. Exfoliants (such as salicylic acid and fruit acid)
5. Fibrinolysin
6. Collagen
7. Ceramides (such as Ceramide 3)
8. DMAE (Dimethylaminoethanol)
9. Peptides (such as arginine peptides)
10. Hyaluronic acid
11. Cationic polymers (such as polyquaternium)
12. Copper peptide
13. Hyaluronic acid
14. Cortisol
15. Neuropeptides
16. Methylglyoxal (Vitamin B5)
17. Plant stem cells
18. Acidic hyaluronic acid
19. Amino acids
20. Glycyrrhizic acid
Latest news
2025-10-30
Cosmetics Observation | Microcapsule Technology - Another Growth Point in the Era of Effective Skin Care?
In the era of efficacious skincare, consumers' focus on a product is no longer limited to the ingredient list. Instead, they are more interested in whether the formula can truly deliver its claimed efficacy, including whether the active ingredients can remain active and to what extent they can be absorbed by the skin. These consumer concerns are also the difficulties in the R&D of efficacious skincare products, and microencapsulation technology is one of the solutions.
2025-10-30
What are the characteristics of microencapsulation technology?
It can effectively reduce the reaction of active substances to external environmental factors (such as light, oxygen, and water);
2025-05-12
Introduction to commonly used materials for microcapsule preparation
Commonly used materials for microcapsule preparation include natural polymeric materials (such as gelatin, gum arabic, etc.)
2025-05-12
Advantages of hydrogel
Hydrogels are polymeric compounds that can absorb more than 100 times their own weight in water, or even oil.
2025-05-12
Difference between hydrogel and microgel
The main differences between hydrogels and microgels lie in their chemical composition, morphology, water absorption capacity, and applications.
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