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About essentail oil
Tonka bean absolute essential oil is extracted from the seeds of the Dipteryx odorata tree, known for its warm, sweet, and vanilla-like aroma with hints of caramel and tobacco.
Obtained through solvent extraction, tonka bean absolute captures its potential fragrance properties. Its main aromatic compounds, including coumarin, contribute to its distinct scent and potential uses in perfumery.
The oil is cherished for its potential grounding and soothing effects. Its comforting and rich aroma can help promote relaxation, reduce stress, and create a sense of warmth.
Tonka bean absolute essential oil is highly valued in the world of perfumery for its unique and versatile fragrance. It adds depth, complexity, and a sweet warmth to various perfume compositions.
The oil may have potential aphrodisiac qualities due to its alluring scent. It can be incorporated into intimate blends to enhance the sensory experience.
Tonka bean absolute essential oil is typically used in very small amounts due to its potent aroma. It can be blended with other essential oils to create intricate scent profiles.
Due to its comforting and sweet aroma, tonka bean absolute essential oil can be a luxurious addition to fragrances, massage blends, and relaxation rituals, fostering a sense of indulgence and tranquility.
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Safety card
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Birth certificate of essential oil
Latin name:Dipterix odorataExtraction:AbsoluteScent:Sweet, warm, vanilla-likeNote:BaseColor:Dark brown to blackViscosity:MediumOrigin:IndiaShelf life:Approximately 3-4 years -
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Blends with:
Vanilla, Cinnamon, Bergamot, Sandalwood -
Quality
100% natural, not diluted and not adulterated essentail oil. It does not contain any other chemical or carrier oil
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Benefits
May promote relaxation and stress reliefCalming and comforting properties -
Suggestions for use
Dilute with a carrier oil for topical use -
Research
Antioxidant and Anti-inflammatory Potential of Tonka Bean Extracts - full articleEffects of Dipterocarpus alatus and Dipteryx odorata Seed Extracts on Oxidative Stress in Mice - full article