Product EOUL-02 is a 10-piece, unlabelled set: ten 10 ml glass bottles, each filled with pure Australian Melaleuca alternifolia (tea tree) essential oil. The set is intended for crafters, cosmetic formulators, aromatherapists and entrepreneurs building a private-label product line.
What the 10-piece set contains
The package includes 10 identical 10 ml amber glass bottles, each filled with steam-distilled Melaleuca alternifolia essential oil. The bottles arrive without labels, so you can apply your own branding, dosage instructions or design. Net content is 10 ml per bottle and the total weight is approximately 0.41 kg.
Botany: Melaleuca alternifolia
Tea tree (Melaleuca alternifolia) is a tree in the myrtle family (Myrtaceae), native to Australia. Its essential oil is characterised by a high terpinen-4-ol content, which carries the fresh, herbaceous, slightly camphoraceous aroma profile. A reliable chemotype reaches at least 30% terpinen-4-ol according to the ISO 4730 standard.
Origin and production
The oil is sourced from Australia, from traditional tea tree plantations. It is produced by steam distillation from the fresh leaves and twigs of the tree. This method carries the volatile aromatic compounds with water vapour, keeping thermal load limited and preserving the characteristic scent profile.
Applications
- Private-label cosmetics: facial toners, serums for blemish-prone skin, scalp care formulations
- Aromatherapy: diffuser blends for refreshing indoor air, pillow sprays
- Soap and candle making: cold-process soap, soy wax candles with a herbaceous note
- Perfumery: fresh green top note in natural compositions
- Gift packaging: small-batch resale with custom labelling
Storage and shelf life
Store the essential oil in a cool, dark place, preferably below 25 °C, in a tightly closed bottle. Protected from light and heat, Melaleuca alternifolia oil typically keeps for 2-3 years. Unopened bottles retain quality longer; once opened, it is advisable to use the content within 12 months, as oxygen gradually alters the aromatic profile.