Reindeer Rock LUSH Type Fragrance Oil

Reindeer Rock Soap LUSH Type Fragrance Oil is a captivating blend that perfectly captures the essence of the holiday season. The fragrance opens with a refreshing burst of invigorating evergreen berries, providing a crisp and wintery atmosphere. These top notes instantly transport you to a serene and magical forest, wrapped in the cool embrace of nature.

As the scent develops, delicate and enchanting floral nuances emerge. Lush and velvety roses intertwine with the gentle sweetness of jasmine, creating a harmonious symphony of exquisite petals. This elegant floral bouquet adds depth, sophistication, and a touch of romance to the fragrance, reminiscent of a snowy evening spent near a crackling fireplace.

Deep in the aroma’s foundation, a creamy coconut accord graces the composition with warm and comforting undertones. Its rich and smooth texture blends seamlessly with the intoxicating fragrance of neroli, a blossom known for its aromatic and sensual qualities. This gentle hint of citrus essence harmonizes with the overall scent, evoking a sense of tranquility, serenity, and a touch of summer cheer amid the winter’s chill.

Reindeer Rock Soap LUSH Type Fragrance Oil perfectly captures the spirit of the holiday season with its harmonious blend of evergreen berries, roses, jasmine, coconut, and neroli. It will awaken memories of snowy landscapes, cozy evenings, and the joyous festivities that come with this cherished time of year.

 

Candle, Bath, & Body Safe	Ifra MAX usage rates
Candles	100%
Lotions/Body Butters	%
Wash Off	%
Phthalate-Free	Yes
Flash Point of Fragrance	>200F
Vanillin Content	%
Gel Wax Compatibility	Not Tested

 

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.