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    SILLORIA

    Ingredient Profile

    Tree bark fragrance note

    Tree bark supplies dry, smoky, resinous tones that anchor a fragrance, offering a natural counterpoint to brighter notes. Its textured aroma…More

    Germany

    1

    Fragrances

    StoryProductionOrigin

    Fragrances featuring Tree bark

    Sheikh Al Arabi by Maison Anthony Marmin – Eau de Parfum
    Best Seller
    5.0

    Sheikh Al Arabi

    Maison Anthony Marmin

    Eau de Parfum

    Character

    The Story of Tree bark

    Tree bark supplies dry, smoky, resinous tones that anchor a fragrance, offering a natural counterpoint to brighter notes. Its textured aroma evokes forest floor and aged timber, adding depth and stability to complex blends.

    Heritage

    Ancient Egyptians burned bark of cinnamon and myrrh in temples, believing the smoke carried prayers to the gods. Greeks and Romans added birch tar to ceremonial ointments, noting its antiseptic qualities. In medieval Europe, pine bark was a staple in incense blends used during religious rites. The 19th century brought scientific attention when Wilhelm Haarmann patented a method to synthesize vanillin from pine bark, linking bark to modern flavor chemistry. By the early 20th century, perfume houses such as Chanel and Dior began incorporating bark absolutes to add smoky depth, a practice that continues in contemporary niche fragrances.

    At a Glance

    Fragrances

    1

    Feature this note

    Origin

    Germany

    Primary source region

    Ingredient Details

    Extraction

    Steam distillation

    Used Parts

    Bark

    Did You Know

    "The first synthetic vanilla flavor, vanillin, was derived from pine bark in 1874, marking a milestone in modern chemistry."

    Production

    How Tree bark Is Made

    Harvesters strip the outer layer of mature trees during the dormant season, then air‑dry the bark to reduce moisture. For essential oil, the dried bark undergoes steam distillation at 100 °C, releasing volatile terpenes such as pinene and limonene while leaving heavier resins behind. Solvent extraction uses ethanol to pull out aromatic compounds, producing a thick absolute that retains the bark's smoky character. Supercritical CO₂ extraction captures both light volatiles and medium‑weight molecules, yielding a clear, high‑purity oil suitable for fine perfumery. After extraction, the oil is filtered, stored in amber glass, and kept at 15 °C to preserve its aromatic integrity.

    Provenance

    Germany

    Germany51.2°N, 10.5°E

    About Tree bark