Oudh, also known as agarwood, is a rare and expensive perfume ingredient that comes from the wood of the Agar (Aquilaria) tree, which is mainly found in Southeast Asia. The resin is the result of the tree being infected by a certain fungus, which causes the wood to turn dark and produce a typical smell. Oudh has a smoky and mysterious smell that is sweet, woody, aromatic, and complex. It is highly valued in the Middle East, where it is known as "black gold" and is considered a way of life. Oudh is also significant spiritually and is known as the "wood of the gods".
Oudh is used in perfumery to create fragrances that have a brooding quality and can amplify ones unique skin chemistry, enhancing its muskiness in a way that suggests something intimate and animalic at the same time. Oudh notes are extremely powerful in their diffusion, which makes them noticeable and long-lasting.
Positive:
- Oudh has a smoky and mysterious smell that is sweet, woody, aromatic, and complex.
- Oudh is highly valued in the Middle East and is considered a way of life.
- Oudh is significant spiritually and is known as the "wood of the gods."
- Oudh can amplify ones unique skin chemistry, enhancing its muskiness in a way that suggests something intimate and animalic at the same time.
- Oudh notes are extremely powerful in their diffusion, which makes them noticeable and long-lasting.
Negative:
- Oudh is one of the most expensive perfume ingredients in the world.
Ingredients or materials:
- Oudh is a rare and expensive perfume ingredient that comes from the wood of the Agar (Aquilaria) tree, which is mainly found in Southeast Asia.
- The resin is the result of the tree being infected by a certain fungus, which causes the wood to turn dark and produce a typical smell.
Product details:
- Oudh is used in perfumery to create fragrances that have a brooding quality and can amplify ones unique skin chemistry, enhancing its muskiness in a way that suggests something intimate and animalic at the same time.
- Oudh notes are extremely powerful in their diffusion, which makes them noticeable and long-lasting.
