Greenwood Essential Pure Black Cumin Seed Carrier Oil - 50ml
Product details
Greenwood Essential's pure black cumin seed oil is a cold-pressed carrier oil derived from Nigella sativa seeds. This lightweight, non-greasy oil is suitable for all skin types and can be applied directly to skin, used in your daily skincare routine, or blended with essential oils for aromatherapy applications.
Key Features
- Cold-pressed and pure with no additives, preservatives, or synthetic ingredients
- Comes in a high-quality amber glass bottle with glass dropper to preserve potency
- Lightweight, non-greasy formula suitable for all skin types and seasons
- Therapeutic-grade, alcohol-free, solvent-free, cruelty-free, paraben-free, and vegan
- Can be used alone for skin and hair nourishment or to dilute essential oils
How to Use
Apply directly to skin or hair. Use alone or blend with other oils to nourish your skin. Can be used to dilute essential oils for aromatherapy applications.
Who Is It For
This carrier oil suits anyone seeking a natural, pure oil for daily skincare and hair care routines, as well as those who blend essential oils for therapeutic purposes.
Product Details
| Brand | Greenwood Essential |
|---|---|
| Form | Oil |
| Size | 50ml (1.69 fl oz) |
Frequently asked questions
Can I apply this oil directly to my skin?
Yes, this cold-pressed carrier oil can be applied directly to the skin. It is derived from plant sources and is suitable for all skin types.
What is the difference between this carrier oil and an essential oil?
This is a carrier oil, not an aromatic essential oil. Carrier oils are used to dilute and carry essential oils into the skin, and are also used for moisturisation and nourishment in skincare routines.
Is this oil suitable for all skin types?
Yes, this black cumin seed carrier oil is lightweight, non-greasy, and non-sticky, making it suitable for all skin types.
How is this oil extracted?
This oil is cold-pressed from black cumin seeds (Nigella sativa), with no solvents or synthetic additives used in the extraction process.