Sticky Dates LUSH Type Fragrance Oil

Introducing Sticky Dates LUSH Type Fragrance Oil, a captivating blend of aromatic vanilla and sweet sandalwood that will transport your senses to a realm of pure indulgence.

This fragrance oil takes inspiration from the beloved scent created by LUSH, renowned for their luxurious bath and body products. With Sticky Dates, we have captured the essence of their signature fragrance, combining the irresistible allure of vanilla with the rich warmth of sandalwood to create a truly exquisite aroma.

Indulge in the enticing notes of aromatic vanilla as they wrap around you, evoking a sense of comfort and coziness that is perfect for any time of the year. The creamy sweetness of vanilla adds a luscious touch to this fragrance, enveloping you in its delicious embrace.

Complementing the vanilla is the alluring presence of sweet sandalwood, a note cherished for its warm and woody undertones. The deep, resinous qualities of sandalwood lend an air of sophistication and depth to the fragrance, creating a captivating olfactory experience.

Sticky Dates fragrance oil is carefully crafted to bring you an aroma that is long-lasting and unforgettable. Whether used in aromatherapy diffusers, scented candles, or your favorite personal care products, it will infuse the air with its decadent scent, transforming any space into a sanctuary of sweet indulgence.

Indulge your senses and treat yourself to the irresistible allure of Sticky Dates LUSH Type Fragrance Oil. Let the aromatic vanilla and sweet sandalwood transport you to a world of pure bliss, where luxury and comfort intertwine in perfect harmony.

Click Here for our IFRA Statement

* It is the responsibility of our customer to ensure the safety of the finished product containing this fragrance by conducting all necessary tests.* These maximum usage amounts are in compliance with IFRA standards, are provided for safety, and are not meant to serve as suggested usage amounts. It is up to the customer to determine the ideal usage amount for desired product integrity, while staying under the safety maximums. Many times the ideal usage amount is much lower than the maximum amount stated for safety.