Organic Cococnut Oil 1 kg
€13.00
Tax included
Organic unrefined coconut oil is cold-pressed from fresh coconut pulp. Unrefined coconut oil retains more of the coconut's natural nutrients and has a distinctive coconut aroma.
At room temperature, solid fat quickly turns into liquid oil when it comes in contact with the skin because its melting point is 24 degrees.
Coconut oil can be used as body oil, lip balm, massage oil, hair oil or as a component in various body creams, body scrubs, and balms.
Product Details
807352
Data sheet
- Best before
- 05.25
- Valmistamise meetod
- Külmpressimine
- Rasvhappeline koostis
- Fatty acids are the main constituents of vegetable oils. Fatty acids determine the viscosity, absorption and other cosmetic properties of vegetable oils.In homemade soap made from fats and lye, the fatty acids affect the lather and hardness of the soap.
- Oleiinhape
- 7%
Oleic acid softens the skin and helps the skin renew itself. Suitable for chapped or sunburned skin. The oleic acid in the soap is low-foaming, but softens the skin. - Linoolhape
- 2%
Linoleic acid softens the skin and helps reduce flaking. In cold process soap acts as a skin softener. - Steariinhape
- 3%
Stearic acid helps maintain moisture in the skin, increases skin elasticity and helps skin recover faster from injuries. Stearic acid gives soap hardness and dense foam. - Lauriinhape
- 49%
In cosmetic products has antibacterial and anti-inflammatory properties. Lauric acid gives the soap hardness, good cleaning properties and bubbly foam. Large amounts can be drying to the skin. - Müristhape
- 18%
In cosmetics, myristic acid increases the absorption and sliding of the product, as well as thickens the consistency of the product. Myristic acid gives the soap hardness, good cleaning properties and bubbly foam. - Palmitiinhape
- 9%
In cosmetic products, palmitic acid forms a protective layer on the surface of the skin. In soap, palmitic acid gives the soap hardness and a thick, creamy lather. - Caprylic acid
- 8%
Caprylic acid has an antibacterial and anti-inflammatory properties. - Capric acid
- 7%
Capric acid has antibacterial properties. - Source
- Natural ingredient
- Päritolumaa
- SriLanka
- Packaging
- Plastic jar
- Tooterühm
- Taimne õli
- Sertifitseerimine
- Mahetoode
Data sheet
- Best before
-
05.25
- Source
-
Natural ingredient
- Päritolumaa
-
SriLanka
- Packaging
-
Plastic jar
- Tooterühm
-
Taimne õli
- Sertifitseerimine
-
Mahetoode
Fatty Aci Profile
- Rasvhappeline koostis
-
Fatty acids are the main constituents of vegetable oils. Fatty acids determine the viscosity, absorption and other cosmetic properties of vegetable oils.In homemade soap made from fats and lye, the fatty acids affect the lather and hardness of the soap.
- Oleiinhape
-
Oleic acid softens the skin and helps the skin renew itself. Suitable for chapped or sunburned skin. The oleic acid in the soap is low-foaming, but softens the skin.
7%
- Linoolhape
-
Linoleic acid softens the skin and helps reduce flaking. In cold process soap acts as a skin softener.
2%
- Steariinhape
-
Stearic acid helps maintain moisture in the skin, increases skin elasticity and helps skin recover faster from injuries. Stearic acid gives soap hardness and dense foam.
3%
- Lauriinhape
-
In cosmetic products has antibacterial and anti-inflammatory properties. Lauric acid gives the soap hardness, good cleaning properties and bubbly foam. Large amounts can be drying to the skin.
49%
- Müristhape
-
In cosmetics, myristic acid increases the absorption and sliding of the product, as well as thickens the consistency of the product. Myristic acid gives the soap hardness, good cleaning properties and bubbly foam.
18%
- Palmitiinhape
-
In cosmetic products, palmitic acid forms a protective layer on the surface of the skin. In soap, palmitic acid gives the soap hardness and a thick, creamy lather.
9%
- Caprylic acid
-
Caprylic acid has an antibacterial and anti-inflammatory properties.
8%
- Capric acid
-
Capric acid has antibacterial properties.
7%
Manufacturing Method
- Valmistamise meetod
-
Külmpressimine