Apricot Oil for Hair- Promote Hair Growth Naturally
Do you have dry hair that tends to get frizzy and unmanageable? Is your dry scalp resulting in embarrassing white flakes on your shoulders? If you want to find a solution to your dry, damaged hair, then stop worrying and start using apricot oil!
What is Apricot Oil?
Also known as apricot kernel oil, apricot oil is extracted from the seeds (kernels) of the apricot plant. This fruit-bearing tree comes from northeastern Asia but was spread throughout the early world by explorers and traders. Apricots are beautiful fruits full of fiber and vitamins, and they are prized in many cultures for their uses and applications. The kernel, which is called the pit in many countries, has a high concentration of oil.
Apricot oil is extracted using a cold-press method that keeps the nutrients and essential fatty acids within from being compromised. Apricot seeds are rich in proteins, fibers, sugars, and unsaturated fatty acids like oleic and linoleic acids. Also, the oil in these seeds contains high concentrations of antioxidants like Vitamins A and C, other nutrients like Vitamin E and K, and many essential minerals, like magnesium, manganese, copper, and potassium. All these nutrients combine to create an oil that has significant benefits for our hair and skin, which is why it is commonly found in lotions, cosmetics, and creams.
Apricot oil is excellent for use on your skin because it helps it to retain moisture, suppleness, and elasticity. As it is a natural anti-inflammatory, apricot oil also helps to treat many skin disorders, including dermatitis and eczema, which can enable you to control the itching and redness of these disorders.
As a source of omega-9 fatty acids, apricot oil is emollient, making your hair and scalp more pliable and softer. When you use this oil on your hair, you are not only treating hair but also your scalp, which can help with many different skin conditions that could be causing you to have dry, brittle, or even thinning hair. The oil can penetrate your hair, increasing its hydration and reducing dryness.
The linoleic acid found in apricot oil helps to fight hair loss by stimulating hair growth while also combatting moisture loss. This same fatty acid controls and keeps moisture within the skin on your scalp as well as within the hair itself. If you want to seal in the moisture within your locks, this oil is a perfect choice.
An added benefit of this oil is that it absorbs small amounts of moisture from the air, which can help to keep your hair and skin hydrated over time. This product works well for extended periods, unlike other oils that simply penetrate and then disappear.
How Can I Use Apricot Oil?
There are several methods for using apricot oil effectively to help reduce dryness and improve softness to your hair. Here are our favorite methods.
- You can add three drops of apricot oil to your favorite shampoo or deep conditioner before applying it to your hair. This will help combat dryness and promote a healthier scalp.
- Before you shampoo your hair, apply several drops of oil to your hands and massage it into your scalp. This will fight against the drying effects of your shampoo as well as allow you to untangle stubborn knots.
- If you wait several days between shampoos, apply a few drops of apricot oil to dry or damp hair between shampoos to keep your frizz under control.
- Add a few drops of apricot oil to your favorite styling cream or lotion to boost its moisturizing effects.
- You can also apply apricot oil after you have styled your hair to help your hair look softer and shinier.
- You can use apricot oil as part of any hot oil treatment you apply to your hair regularly.
Glynis A. (2012). A Double-blind, Placebo-controlled Study Evaluating the Efficacy of an Oral Supplement in Women with Self-perceived Thinning Hair. The Journal of Clinical and Aesthetic Dermatology. 5(11), 28–34.
Yiğit, D., Yiğit, N., & Mavi, A. (2009) Antioxidant and antimicrobial activities of bitter and sweet apricot (Prunus armeniaca L.) kernels. Brazilian Journal of Medical and Biological Research. 42(4) 346-352.