Bamboo Leaf Extract Silicone 7% 70%

Bamboo Leaf Extract

Bamboo leaf extract silicon is a natural organosilicon compound extracted from pale bamboo leaves, featuring high bioavailability and often used as a raw material for health products and cosmetics.

Bamboo Leaf Extract

Appearance: White~Brown Powder
Active Ingredient:Silicon
Specification: 10:1 7% 70%
Analysis Method: HPLC TLC
Place of Origin:China
Packaging:1KG/Bag. 25kg/drums
The private label service:1kg/cans 500g/1kg/ Aluminum foil bag
the Capsules OEM service; 0# Capsules 500mg/pcs. 2000pcs/kg in Vacuum bag

Bamboo Leaf Extract Main Functions:

1. Strengthening bones and preventing osteoporosis

Bamboo contains 1% to 5% organosilicon, which can promote calcium deposition and enhance bone density. The fact that pandas rarely suffer fractures due to their long-term consumption of bamboo is evidence of this.

2. Promote hair and nail health

Silicone is involved in the formation of connective tissue, which helps improve hair texture, reduce breakage and promote hair growth and metabolism.

3. Protecting teeth

Silicone helps with the repair and strengthening of tooth enamel and improves oral health.

4. Antioxidant and anti-aging:

Flavonoids in bamboo leaves (often coexisting with organosilicon) have the ability to eliminate free radicals and their antioxidant effect is superior to that of vitamin C.

5. Lowering cholesterol and preventing Alzheimer's Disease

Bamboo organosilicon may function by regulating lipid metabolism and neuroprotective mechanisms.

6. Promote nutrient absorption

Silicone can enhance the absorption efficiency of minerals such as calcium and magnesium in the human body, thereby supporting the development of bones and connective tissues in a coordinated manner

7. Agricultural efficiency enhancers

In agricultural production, when organosilicon is used as a pesticide adjuvant, it can significantly reduce the surface tension of the pesticide solution, enabling the agent to quickly spread and penetrate to the underside of leaves or the surface of insects, increasing the efficiency of pest and disease control by 30-50%, while also reducing the amount of water and pesticide used