-40%
Vitamin E Oil - 100% Pure Premium Quality Grade A Antioxidant For Skin Face Oil
Vitamin E Oil - 100% Pure Premium Quality Grade A Antioxidant For Skin Face Oil
Vitamin E Oil - 100% Pure Premium Quality Grade A Antioxidant For Skin Face Oil
Vitamin E Oil - 100% Pure Premium Quality Grade A Antioxidant For Skin Face Oil
Vitamin E Oil - 100% Pure Premium Quality Grade A Antioxidant For Skin Face Oil
Vitamin E Oil - 100% Pure Premium Quality Grade A Antioxidant For Skin Face Oil
Vitamin E Oil - 100% Pure Premium Quality Grade A Antioxidant For Skin Face Oil

Vitamin E Oil - 100% Pure Premium Quality Grade A Antioxidant For Skin Face Oil

$ 5.25

Availability: 34 in stock
  • All returns accepted: Returns Accepted
  • Brand: ButterCrafters
  • Condition: New
  • Return shipping will be paid by: Seller
  • Restocking Fee: No
  • Item must be returned within: 30 Days
  • Refund will be given as: Money Back
  • Features: Organically Sourced
  • Type: Vitamin E Oil

    Description

    Vitamin E Oil
    100% Pure | Natural
    Non-GMO | Gluten Free
    Grade A | Premium Quality
    Undiluted | No additives | Preservative Free
    Cosmetic Grade
    Free Shipping!
    Clear / Light Yellowish Color
    Bulk / Wholesale Sizes Available
    100% Pure Vitamin E Oil.
    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.
    Tocopherol MT-50 Vitamin E
    Vitamin E Oil is Soluble in acetone, ether, ethanol, fats & vegetable oils.
    It is insoluble in water.
    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.