Molecular weight: 142.16

Molecular formula: C6H10N2O2

CAS No.: 96702-03-3

Appearance: White to off-white powder

Purity (HPLC): ≥99%

Specific rotation: +139°~ +145°

pH value (2% aqueous solution): 6.0-8.0

Ecdysone is derived from highly salt-eating bacteria, so it is also called “salt-tolerant bacteria extract”.

Ecdysone is an amino acid derivative, which is an extreme enzyme component. Extreme electrolytes are very low-stress protective molecules that protect extreme microorganisms and plants from harmful environments such as salt lakes, hot springs, ice, deep sea or desert under extreme conditions of high salt, high temperature and high UV radiation.

Efficacy features.

1, strong water molecule capture, complexation ability: its unique ring-like molecular structure, so that it has a strong water molecule complexation ability, a molecule of ectoin can complex four, five water molecules, can make the free water in the cell structured.

2, powerful cell repair function, anti-inflammatory repair: it has a miraculous effect on repairing cell DNA damage caused by UV rays, it can effectively reduce the generation of sun-damaged cells and prevent the cell membrane structure from being damaged. At the same time to increase the cell repair ability, repair the cell DNA damage caused by UV rays, on drinking UV rays brought about by light damage, photo aging has a very good repair effect.

Chongqing Zhihe Bio-pharmaceutical Co.,Ltd is the only Chinese manufacturer of Phytosphingosine and Tetraacetyl-D-ribo-Phytosphingosine,Salicyloyl phytosphingosine.

other manufacturers are EVONK Germany and DOOSAN Korea, Chongqing Zhihe has the same quality with them and more competitivre price

With mature fermentation process, Zhihe can provide ceramide NP1(IIIB), ceramide NP2,ceramide III,ceramide AP(VI), ceramide EOP, and other water souluble or oil soulble mixture of ceramides, ceramides lipidosome. Chongqing Zhihe has R&D fermination team and Cosmetic formulation engineers team that can solve the application issues of customers