The information here describes the ingredient in general. Its possible sources may vary and do not necessarily show the origin or form used in a particular YUMA product. For product-specific information, check the relevant product page.
Dihydromyrcenyl acetate is an ingredient that brings a strong citrus aroma to fragrances and cosmetics. Perfumers recognize notes of bergamot, lime, and lavender in it, making it a valuable component in scent formulations. It is used primarily in the perfume and cosmetics industry to add freshness and vibrancy to formulations.
This ingredient is produced in laboratories through various chemical methods. Notably, the modern fragrance industry increasingly turns to renewable raw materials for its production, contributing to the preservation of the planet's natural resources and the sustainability of the sector.
Perfumers often combine dihydromyrcenyl acetate with other ingredients to create complex scent profiles. It is much like a musician using different notes to compose a melody.
The laboratory production of aromatic ingredients such as dihydromyrcenyl acetate contributes significantly to the conservation of natural resources. For instance, producing natural citrus oils requires large quantities of fruit, whereas the synthetic alternative reduces that need.
Despite its synthetic origin, dihydromyrcenyl acetate can mimic natural aromas so closely that even experienced perfumers sometimes struggle to tell the difference in blind tests.
The IFRA Standards form an industry self-regulatory system. They may prohibit or restrict the use of particular fragrance ingredients, or set specifications, according to end use. The status below reflects the IFRA data recorded for this ingredient. It is not a product certification and does not replace applicable law or assessment of the finished product.
The safety of dihydromyrcenyl acetate has been evaluated by the Research Institute for Fragrance Materials (RIFM) through a published scientific study. According to the research, the ingredient has the potential to cause skin sensitization in a small percentage of individuals. This means that in a limited number of people, repeated contact at high concentration may cause a temporary reaction, such as redness, rashes, or itching.
To prevent such reactions, RIFM has established maximum acceptable concentration levels for this ingredient in household, cosmetic, and personal care products. Although this potential exists, most people are not affected. Every skin type is different, so consult a healthcare professional if you have any questions.