Chlorogenic Acid 25%

Eucommia extract is a natural plant extract material processed from Eucommia ulmoides, a tree of the genus Eucommia in the family Eucommiaceae, which is endemic to China. In industrial production, dried Eucommia ulmoides leaves and bark are mainly selected as raw materials. Among them, Eucommia ulmoides leaves have become the mainstream production material source at present due to their stable composition, recyclable harvest and abundant raw material sources. The finished Eucommia ulmoides extract is a fine and uniform powder with uniform and regular particle size. It has good water solubility and a characteristic fresh and fragrant smell of Eucommia ulmoides. After dissolving in pure water, the solution is transparent and clean, free of obvious impurities and precipitates, and has stable physical and chemical properties.Eucommia ulmoides extract is a multi-component complex plant raw material, rich in various natural substances, mainly including chlorogenic acid, flavonoids, plant polysaccharides, lignans, and other endogenous components. Chlorogenic acid is the core marker component for identifying the quality of Eucommia ulmoides extract. 25% chlorogenic acid is a standardized refined material produced from ordinary Eucommia ulmoides extract through a series of meticulous processes including multi-stage separation, component enrichment, purification, and content calibration. Through specialized processes such as multi-stage chromatographic separation, precise purification, and concentration, it effectively removes coarse fibers, ineffective impurities, and various redundant components from the raw material, achieving a high concentration of the target component, simplifying the product's composition system, and clearly distinguishing it from the mixed components of ordinary crude Eucommia ulmoides extract. 25% chlorogenic acid appears as a uniform brown powder with consistent color and no discolored lumps. The powder is loose and lightweight, exhibiting excellent water solubility and dispersion. The color, component content, and physicochemical parameters of each batch of product are highly consistent.