Perfect Scents Fragrances — J Lo Glow Inspired Women’s EDT, Vegan & Cruelty-Free, 2.5 fl oz
Why Perfect Scents Fragrances Stand Out
Perfect Scents Fragrances offers a women’s spray perfume inspired by Jennifer Lopez’s Glow. This fragrance blends bright Meyer lemon and pink freesia with Tahitian vanilla and coconut to create a clean, sophisticated aura. It is designed for the modern woman who values a subtle yet distinctive scent that fits daily life without overpowering it.
Crafted and evaluated by master perfumers in the United States and the United Kingdom, this EDT strives for balance between longevity and wearability. The result is a fragrance that feels approachable for everyday activities while still offering a sense of polish that can accompany work, errands, or casual outings.
Fragrance profile
- Top notes: Meyer lemon and pink freesia for an inviting opening
- Heart notes: Tahitian vanilla and coconut for a creamy, warm nuance
- Scent character: clean, versatile, and subtly enticing for daily use
Formulation and ethics
- Vegan, paraben-free, and phthalate-free
- Never tested on animals
- Created by seasoned perfumers in the US and UK for a refined yet approachable scent
Longevity is described as lasting about 3 to 5 hours, with variation due to skin chemistry and environment. For best results, apply to pulse points and allow the fragrance to settle on the skin. This perfume is positioned as a versatile option for daytime wear, office days, and relaxed evenings.
Disclaimer: Glow is a trademark of Jennifer Lopez and Coty Inc. Perfect Scents is not affiliated with Glow or its trademark holders.
In sum, Perfect Scents Fragrances offers a thoughtful blend that leans into warmth and clarity, with the potential to become a reliable daily partner for those seeking a polished yet unassuming scent.
FAQ
Q: Is this fragrance vegan and cruelty-free?
A: Yes. It is vegan, paraben-free, phthalate-free, and never tested on animals.
Q: How long does the scent typically last?
A: Longevity is usually 3–5 hours, depending on skin chemistry and conditions.









