Kina Sodium Hyaluronate Pharma Grade For Dermal Filler produsenter, leverandører, fabrikk

"NATRIUMHYALURONAT, eller HYALURONSYRE (HA), er et naturlig karbohydrat lineært polysakkarid; som finnes i nesten alle levende organismer. Dens kjemiske struktur består av flere disakkarider som er N-acetylglu-kosamin og D-glukuronsyre, koblet via alternerende β-1,4 og β-1,3 glykosidbindinger.

Du er velkommen til å komme til fabrikken vår for å kjøpe den siste salgs-, lavpris- og høykvalitets hydrolysert hyaluronsyre, AMHWA® ser frem til å samarbeide med deg.

Sodium Hyaluronate High Molecular Weight, is a highly hydrophilic molecule, plays an important role in tissue hydrodynamics and contributes to the transport of water, it helps to maintain the hydration and elastoviscosity of tissues.The remarkable viscoelastic and water holding property of HA, besides its biocompatibility, biodegradability, and non-immunogenicity, has increased its appeal in numerous medical and cosmetic applications."

Hyaluronic Acid (Sodium Hyaluronate 1% Solution), widely exists in the extracellular matrix of animal tissues and the capsule of Streptococcus. HA belongs to mucopolysaccharide and is linear un-branched, high molecular weight polysaccharides containing a repeating disaccharide unit (D-glucuronic acid and N-acetyl glucosamine). HA have some unique properties and functions, such as water retention, lubrication, viscosity and good biocompatibility, so HA is widely applied to cosmetics, health food, Beauty filling operation and pharmaceutics,etc.

Zinc hyaluronate has dual effects which include the moisturizing, repairing, and nourishing effects of hyaluronic acid and the antibacterial,soothing, antioxidant and other effects of zinc.

HA, is a highly hyaluronic acid cosmetic grade, plays an important role in tissue hydrodynamics and contributes to the transport of water, it helps to maintain the hydration and elastoviscosity of tissues.The remarkable viscoelastic and water holding property of HA, besides its biocompatibility, biodegradability, and non-immunogenicity, has increased its appeal in numerous medical and cosmetic applications."