Polvo de ácido hialurónico a granel

¿Qué es el polvo de ácido hialurónico?

El ácido hialurónico, también conocido como ácido hialurónico, abreviha (ácido hialurónico), fórmula molecular (C14H21NO11)n, es un ácido d-glucurónico y n-acetilglucosamina compuesto de mucopolisacáridos macromoleculares. Se encuentra ampliamente en los tejidos conectivos y la matriz extracelular de los animales y el cuerpo humano, como la cavidad articular, piel, vítreo ocular, cartílago, cordón umbilical, y otros tejidos. El ácido hialurónico tiene una fuerte viscoelase higroscopicidadEs un componente importante de la matriz extracelular, con hidrate hidrat, lubric, y otros efectos únicos, sino también para la reparación celular. El compuesto de sal de sodio del ácido hialurónico es estable en la naturaleza, por lo que el hialurronato de sodio se utiliza a menudo, y el ácido hialurónico, que se menciona a menudo en cosméticos, es el hialurronato de sodio.

La tecnología de Green Spring suministra hialuronato de sodio de calidad alimentaria, hialuronato de sodio de calidad cosmética y ácido hialurónico de bajo peso molecular específico. El polvo de ácido hialurónico específico de bajo peso molecular es un ácido hialurónico especialmente tratado con un peso molecular que oscila entre 1.000 kDa y 3.000 kDa. El menor peso molecular del ácido hialurónico específico de bajo peso molecular en comparación con el ácido hialurónico regular resulta en una estructura molecular más flexible que es más fácilmente absorbida por la piel, lo que resulta en mejores propiedades hidratantes y anti-envejecimiento. Además, el ácido hialurónico específico de bajo peso Molecular promueve la regeneración y reparación de las células de la piel, ayudando a aliviar los síntomas del daño de la piel y el envejecimiento. Se controla con precisión, se distribuye uniformemente y es estructuralmente estable, proporcionando mejores propiedades hidratantes y antienvejecimiento.

Especificaciones: 

Normativa:

Se ajusta a la normativa de la UE.

Benefits:

Moisturising

Hyaluronic acid is essentially a mucopolysaccharide which is highly hydrophilic. The carboxyl and other polar groups in the hyaluronic acid molecule can combine with water to form hydrogen bonds. Hyaluronic acid occurs naturally in the body, mainly between the human epidermis and dermis, and mainly plays a role in water retention. According to experiments, hyaluronic acid can absorb up to hundreds of times its own weight in water, making the skin hydrated.

Anti-Bacterial and Anti-Inflammatory

Hyaluronic acid has film-forming characteristics and can easily form a hydrated film to isolate bacteria and provide an anti-inflammatory effect. In addition, hyaluronic acid and proteins combine in the skin matrix to form a protein complex, and the gel formed by this substance ensures the metabolic water-holding function of cells, preventing the invasion of harmful substances and preventing infection.

Repair of Damaged Cells

Hyaluronic acid promotes skin regeneration at the site of injury by promoting the proliferation and differentiation of epidermal cells and scavenging oxygen free radicals. Studies have shown that when the skin has ulcers and mild burns, applying products containing hyaluronic acid powder can relieve pain, accelerate healing and reduce scarring.

Anti-wrinkle

Hyaluronic acid hydrates the skin cells, it not only moisturizes the skin but fills up the cellular spaces, making the skin full and elastic. It also increases the elasticity and firmness of the skin, making it look younger.

Lubricates Joints

Hyaluronic acid is widely found in the bones and joints of the body, connecting tissues, joints, tendons, and cartilage structures, particularly a type of cartilage called hyaline, which covers the ends of bones and provides cushioning. Because hyaluronic acid helps cushion bones and provides resistance to wear and tear, it can be used to alleviate clinical treatments associated with degenerative joint disease.

Hyaluronic acid forms a coating on the synovial membrane of two joint bones and produces synovial fluid. The synovial fluid is a "mucus" that helps the joint absorb shock, maintain flexibility, and deliver nutrients to the cartilage.

Applications:

In the Food Field:

Hyaluronic acid powder can be used as a preservative in the field of food, hyaluronic acid can inhibit the growth of bacteria and molds, and prolong the freshness of food; it can also be used as a nutritional supplement, hyaluronic acid can replenish the hyaluronic acid required by the human body, and promote cellular metabolism and improve immunity. It can also be used as food packaging, with freshness, moisture, noise reduction, and other functions. Commonly, there are hyaluronic acid oral liquids, capsules, tablets, hyaluronic acid snacks, candies, beverages, milk and dairy products, alcohol, and so on.

In Cosmetics:

The advantage of hyaluronic acid in cosmetics is its powerful moisturizing, anti-aging, shaping, and anti-inflammatory effects, which can provide good skin care. At the same time, hyaluronic acid is safe and not easy to cause sensitive reactions, so it has received widespread attention and application. For example, hyaluronic acid can be seen in functional skin care products, facial masks, oral care toothpaste, functional mouthwash, functional shampoo, body wash, and other cosmetics.

In Pharmaceutical:

Hyaluronic acid is commonly found in the biomedical field in eye drops, oral sprays, mucosal patches, joint fillers, and subcutaneous injections for wrinkle reduction and contouring. Medical grade hyaluronic acid should be safe, non-hazardous, and should meet the standards of the World Health Organisation (WHO), and its safety should be verified through clinical trials.