Vitamin E Oil
- 100% Pure Vitamin E Oil.
- Vitamin E is a natural Preservative.
- Non-GMO | Gluten-Free.
- Preservative Free!
- Vitamin E Preservative Oil is a great addition to skin-care products for many reasons, a significant one being its ability to act as a natural preservative, prolonging product shelf life by helping to prevent oxidation.
- Vitamin E (T-50) Oil is soluble in fats and vegetable oils but insoluble in water
- Keep closed in a cool, room temperature area as Vitamin E is subjected to oxidization.
- This form of vitamin E acetate is commonly used in naturally preserving polyunsaturated fatty acids and oils from oxidation, favorably used in oils, cosmetics and personal care formulations to extend shelf life.
- Dark golden yellow to red color.
- Viscous oil with vegetable aroma.
- D-alpha tocopheryl acetate may thicken in temperatures below 77 degrees F, or 25 degrees C, and crystallization can naturally occur. In order to bring the Vitamin E back into a homogenous solution if crystallization occurs, it is recommended to heat the material to 120-140 degrees F for a period of time and mix. This is a normal characteristic of the material and can be expected when exposed to cooler temperatures.
Vitamin E Oil
- 100% Pure Vitamin E Oil.
- Vitamin E is a natural Preservative.
- Non-GMO | Gluten-Free.
- Preservative Free!
- Vitamin E Preservative Oil is a great addition to skin-care products for many reasons, a significant one being its ability to act as a natural preservative, prolonging product shelf life by helping to prevent oxidation.
- Vitamin E (T-50) Oil is soluble in fats and vegetable oils but insoluble in water
- Keep closed in a cool, room temperature area as Vitamin E is subjected to oxidization.
- This form of vitamin E acetate is commonly used in naturally preserving polyunsaturated fatty acids and oils from oxidation, favorably used in oils, cosmetics and personal care formulations to extend shelf life.
- Dark golden yellow to red color.
- Viscous oil with vegetable aroma.
- D-alpha tocopheryl acetate may thicken in temperatures below 77 degrees F, or 25 degrees C, and crystallization can naturally occur. In order to bring the Vitamin E back into a homogenous solution if crystallization occurs, it is recommended to heat the material to 120-140 degrees F for a period of time and mix. This is a normal characteristic of the material and can be expected when exposed to cooler temperatures.