Bramble Berry Wild Rose Fragrance Oil is a 2-ounce concentrated fragrance oil designed for use in a variety of handcrafted products, including soap making, candles, lotions, bath bombs, and personal perfumes. This formulation delivers a classic romantic floral scent profile, reminiscent of fresh wild roses, suitable for those seeking a gentle and traditional floral aroma for their DIY projects.
Bramble Berry Wild Rose Fragrance Oil 2 oz Classic Romantic Floral Scent
Fragrance
Bramble Berry Wild Rose Fragrance Oil 2 oz | Classic Romantic Floral Scent for Soap Making, Candles, Lotion, Bath Bombs & Perfume | Skin Safe, Vegan, Paraben & Phthalate Free
$15.00
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Bramble Berry Wild Rose Fragrance Oil 2 oz – Classic Romantic Floral Scent.
Experience the classic romantic scent of Bramble Berry Wild Rose Fragrance Oil. Ideal for soap, candles, lotions, and bath bombs. This 2 oz bottle is skin safe, vegan, and free of parabens & phthalates. Great value for crafters seeking a beautiful floral aroma.
Product Description
The fragrance oil is skin safe and vegan, free from parabens and phthalates, making it a suitable choice for formulators who prioritize clean ingredient profiles. It is compatible with cold process and melt and pour soap bases, as well as waxes for candle making, and can be incorporated into lotions and bath products without causing skin irritation when used according to recommended usage rates. The oil is designed to retain its scent character throughout the soap curing or candle setting process, offering consistent fragrance throw in finished items.
This product is intended for crafters, small business owners, and hobbyists who require a reliable floral scent for personal use or retail product lines. The 2-ounce size provides a manageable quantity for testing formulations or for small batch production. The fragrance oil is manufactured in the United States and is not tested on animals. While it is formulated for broad compatibility, users should always perform a small test batch to confirm performance with their specific base materials and desired intensity.