Why TES buffer 7365-44-8 can be used in cosmetics to protect active ingredients from degradation

With the continuous development of the cosmetics industry, consumers have increasingly high requirements for product quality and efficacy. The active ingredients in cosmetics are the core, and the stability of active ingredients in cosmetics has always been one of the challenges faced by the industry. TES buffer (Trihydroxymethylaminoethanesulfonic acid), as a biological buffer, can effectively protect the active ingredients from degradation in cosmetics, thereby improving product quality and efficacy. This article will explore the mechanism by which TES protects active ingredients from degradation in cosmetics.

The basic characteristics of TES

TES is a zwitterionic buffering agent with good water solubility and stability. It can provide a stable buffering environment within a suitable pH range and has chemical stability. These characteristics make TES an ideal choice for protecting active ingredients in cosmetics.

TES powder

The mechanism of TES in protecting active ingredients in cosmetics

1. pH regulation and stability

The stability of active ingredients in cosmetics is often closely related to their pH environment. TES can provide a stable buffering environment within the appropriate pH range, thereby maintaining the pH value of cosmetics within the appropriate range. This stable pH environment helps to reduce the degradation reactions of active ingredients caused by pH fluctuations, thereby protecting their activity.

2. Chemical stability

TES itself has good chemical stability and is not prone to chemical reactions with other cosmetic ingredients. This chemical stability helps to maintain the purity and activity of the active ingredients in cosmetics. Meanwhile, TES can also reduce the degradation reactions of active ingredients caused by chemical reactions, thereby improving the stability and quality of the product.

3. TES mild and low irritant

The mildness and low irritation of TES also make it a cosmetic ingredient suitable for sensitive skin. It does not irritate the skin and produce adverse reactions such as itching, so it is suitable for people of all skin types to use. This makes the application range of TES in cosmetics more extensive and can meet the needs of more people.

Examples of TES application in cosmetics

1. Whitening cosmetics

In whitening cosmetics, commonly used active ingredients such as vitamin C and arbutin are easily degraded by factors such as light and oxygen. By adding TES as a buffer, these active ingredients can be effectively protected from degradation, thereby improving the whitening effect and extending the shelf life of the product.

2. Anti aging cosmetics

The active ingredients in anti-aging cosmetics, such as collagen and peptides, also require a stable pH environment to maintain their activity. TES, as a biological buffer, can provide a stable pH environment in cosmetics, effectively protecting active ingredients from degradation.

Product packaging

Conclusion

TES buffer, as a biological buffer, can effectively protect the active ingredients from degradation in cosmetics. By adjusting pH and providing chemical stability mechanisms, TES can maintain the purity and activity of active ingredients in cosmetics, thereby improving product quality and efficacy. With the continuous development of the cosmetics industry, the application prospects of TES in cosmetics will be even broader.

TES buffer is not only used in cosmetics. Its buffering properties make it play an important role in protein analysis, enzyme activity determination, and cell culture. As an advantageous supplier of TES buffer, Desheng can provide high-purity and diverse types of buffer raw materials, allowing customers to complete one-stop procurement, saving time and costs. If you have any relevant intentions, please feel free to contact us for purchase at any time!