Fulimin® Egdoo fermentation organic trace mineral technology is a modern bioengineering technology supported by microbial technology. It utilizes the powerful reproductive, decomposition and synthesis capabilities of microorganisms to transform inorganic minerals into organic synthetic or highly stable enriched mineral elements. This process can significantly improve the absorption and utilization rate of trace elements and effectively reduce trace element emission pollution.
Fuli Mineral – Fermentation Process
Egdoo Fermented Organic Trace Technology
Natural Strain Screening
High-Enrichment Starter Strains
Industrial Fermentation Strains Acquired
Gradient Adaptation to Obtain Higher-Enrichment Strains
Induction to Obtain High-Biomass, High-Enrichment Strains
Stable Strains Obtained After Subculture Cultivation
Protective Effects of Fuli Mineral on Layers
Prevent damage to intestinal epithelial cells and reduce the incidence of digestive tract diseases.
Improve feed digestibility and nutrient conversion rate, reduce feed waste, and effectively lower the feed-to-egg ratio.
Avoid toxic effects of inorganic minerals on the liver and kidneys, and enhance the disease resistance of the flock.
Fuli Mineral Group
Intestinal villi are healthy, clear, and intact.
Feces are well-formed, fine, and show no signs of feed waste.
Intestinal villi are healthy, clear, and intact.
Kidney cells are clear and intact.
Inorganic Mineral Group
Intestinal villi are severely damaged.
Severe feed waste and diarrhea.
Liver cells are ruptured with signs of blood stasis.
Kidney cells show edema and infiltration.
Fuli Mineral can reduce vitamin loss.
Vitamin Degradation Rate Chart by Different Trace Element Sources
Patent Certificates
