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Herblink Supply Vine Tea Extract 98% Dihydromyricetin DHM Natural Dihydromyricetin Powder
Herblink Supply Vine Tea Extract 98% Dihydromyricetin DHM Natural Dihydromyricetin Powder
Herblink Supply Vine Tea Extract 98% Dihydromyricetin DHM Natural Dihydromyricetin Powder
Herblink Supply Vine Tea Extract 98% Dihydromyricetin DHM Natural Dihydromyricetin Powder
Herblink Supply Vine Tea Extract 98% Dihydromyricetin DHM Natural Dihydromyricetin Powder
Herblink Supply Vine Tea Extract 98% Dihydromyricetin DHM Natural Dihydromyricetin Powder
Herblink Supply Vine Tea Extract 98% Dihydromyricetin DHM Natural Dihydromyricetin Powder
Herblink Supply Vine Tea Extract 98% Dihydromyricetin DHM Natural Dihydromyricetin Powder

Herblink Supply Vine Tea Extract 98% Dihydromyricetin DHM Natural Dihydromyricetin Powder

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≥1 Kilograms
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Quick Details

Place of Origin:
Shaanxi, China
Brand Name:
Herblink
Model Number:
HL-488
Product Name:
Dihydromyricetin
Dosage Form:
Powder
Appearance:
White Powder
Specification:
98% Dihydromyricetin DHM
Test Method:
HPLC
MOQ:
1kg
Certificate:
ISO9001/Halal/Kosher
Storage:
In cool, dry and clean
Shelf life:
2 years

Quick Details

Form:
Powder
Extraction Type:
Solvent Extraction
Grade:
Food
Place of Origin:
Shaanxi, China
Brand Name:
Herblink
Model Number:
HL-488
Product Name:
Dihydromyricetin
Dosage Form:
Powder
Appearance:
White Powder
Specification:
98% Dihydromyricetin DHM
Test Method:
HPLC
MOQ:
1kg
Certificate:
ISO9001/Halal/Kosher
Storage:
In cool, dry and clean
Shelf life:
2 years
Products Description
Product Name
Dihydromyricetin
Test Method
HPLC
Appearance
White to off white powder
CAS NO
27200-12-0
Used Part
Leaf
Insen Dihydromyricetin is a natural ingredients extracted from vine tea . The main active ingredient is flavonoids. easily soluble in hot water, hot ethanol, soluble in ethanol and methanol, slightly soluble in ethyl, insoluble in chloroform and petroleum ether. Studies have shown that dihydromyricetin has good thermal stability, but dihydromyricetin will undergo an irreversible oxidation reaction with increasing temperature above 100 ° C. Dihydromyricetin is stable under neutral and slightly acidic conditions.
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