Benefits of citrus fruit on the skin
The extracts and extracts are separated by one of a number of petrochemical solvents. The boiling point of these solvents is lower and often the flower petals are often used to separate aromatic oils from plant materials that are so sensitive as to be unable to withstand the heat required to distill the essential oils. The plant material is placed on the grids where the solvent is immersed in the material.
As the solvent is heated, it melts in flower fats, candles and color. When the used flowers are removed, the aromatic solvent is slowly heated to evaporate the solvent. The use of alcohol for further processing removes more solvent, and the residue is called the extract.
Extracts stored in a cold place until an essential waste is needed are further treated with solvents to separate the bulk of the aromatic oil and color. The removed liquid or essence, when removed from the extract, first remains a candle.
Wax can be used as an odorous, effective thickening and cohesive agent in creams and lotions. However, since the commercial value of the wax is limited, it is not always processed to remove the solvent material anymore. Take special precautions when opening a new package, as they may cause a burning sensation in the solvent lungs and nose. There is great debate about the location of both extracts and extracts in the aromatherapy and perfume industries. Take a look at the headlines to learn more about this professional debate in action.
Benefits of citrus fruit on the skin Photo Gallery
Plant water is also known as hydrosol or hydrolytic.
Although the essence oils are pure natural solubilizers, the heat applied in the distillation process may destroy the compounds contained in the natural plant material.
The distillation process can also produce some chemical compounds that are not found in the plant material in its natural state.
For example, a valuable skin emollient is found in the German papaya essence oil, but not in the daisy flower.
Thawing in water is less common than steam distillation. In this process, steam is applied to the plant material from above, not from the bottom. Since this method aims to produce more water from steam distillation, it is very useful when the desired result is to obtain plant water rather than plant oil.