EUCALYPTUS EXTRACT ET
EUCALYPTUS EXTRACT BG

Item listed in the “Japanese Standards of Quasi-drug Ingredients”

A gentle material made of the baby leaves of Eucalyptus grown in Japan

EUCALYPTUS EXTRACT ET is an extract from the leaves of Eucalyptus (Eucalyptus globulus Labill.) It is extracted from the leaves through ethanol aqueous solution.

Eucalyptus was introduced to Japan long ago and can be found in various regions of the country. Eucalyptus leaves contain an abundance of useful ingredients. In China, eucalyptus leaves are used to treat ailments such as colds, influenza and diarrhea. The leaves are also used as an anti-inflammatory treatment for skin ailments such as burns and eczema. The raw materials used in EUCALYPTUS EXTRACT ET are baby leaves (leaves harvested from trees no more than three years old) of Eucalyptus grown in Japan. The baby leaves are believed to contain a large amount of useful components.

1. Features

  • Tight junction formation enhancement activity
    EUCALYPTUS EXTRACT ET shows the strongest tight junction formation enhancement activity among more than 150 types of plant extracts. Enhancement of tight junction formation can be expected to have the effect of fortifying barrier functions.
  • A multi-functional extract expected to deliver several useful benefits
    Skin whitening (inhibition of melanogenesis, promotion of epidermal turnover), stimulation of hair growth, aging care (saccharification inhibition, estrogen-like activity, antioxidant effect), anti-inflammatory (inhibition of diaper rash and enzyme activity, etc.), anti-bacterial properties
  • Conforms to “Eucalyptus Extract” under Japanese Standards of Quasi-Drug Ingredients (JSQI)

2. Specification

EUCALYPTUS EXTRACT ET
INCI Chinese INCI Content (%)
EUCALYPTUS GLOBULUS LEAF EXTRACT 蓝桉(EUCALYPTUS GLOBULUS)叶提取物 1.6
ALCOHOL 乙醇 49.2
WATER 49.2
EUCALYPTUS EXTRACT BG
INCI Chinese INCI Content (%)
EUCALYPTUS GLOBULUS LEAF EXTRACT 蓝桉(EUCALYPTUS GLOBULUS)叶提取物 1.0
BUTYLENE GLYCOL 丁二醇 79.2
WATER 19.8

3. Functionality

Tight junction formation enhancement activity

4. Technical data

PAGE TOP