Latex Accord Fragrances

Ex Latex is UERMI’s First Fragrance Without Alcohol or Solvents

Ex Latex is UERMI’s first fragrance crafted without alcohol or solvents, and it applies patented WPE (Water Plant Emulsion) technology for a scent that lasts without drying out skin or hair, or feeling wet or sticky. “I was impressed by how the scent was absolutely true to the note I had created,” said master perfumer Antoine Lie. “Its staying power is much better than that of a fragrance made with alcohol, and also better when compared with other ‘alcohol-free’ technologies.”

Altogether floral, leathery and powdery, this perfume opens with a crisp, slightly spicy blend of anise, cade, and aldehydic accords, creating a bright, intriguing introduction. At its heart, jasmine, earthy oakmoss, and a bold latex accord unfold, then settle into a warm, sophisticated base featuring sandalwood and suede.

Solvent-free Fragrances
The emergence of solvent-free fragrances like Ex Latex offers a new avenue for environmentally conscious scent production.
Water-based Scent Technology
Introducing WPE (Water Plant Emulsion) technology suggests a shift toward innovative methods for scent longevity without traditional carriers.
Natural Synthesis Notes
The diverse blend of floral, leathery, and powdery notes crafted with natural synthesis introduces a fresh olfactory experience.

Where This Applies

Fragrance Industry
Incorporating novel technologies like WPE could redefine fragrance formulation, setting new standards within the perfume sector.
Beauty and Personal Care
Revolutionizing product formulations to exclude alcohol and solvents aligns with the growing demand for skin- and hair-friendly beauty solutions.
Environmental Sustainability
The development of eco-conscious fragrances aligns with broader sustainability goals and offers new avenues in green chemistry.
SCORE
6.2 out of 10
GENDER
50% Men50% Women
MARKETTop markets: North America
GENERATION
  • Gen Z
  • Gen Alpha
  • Gen X
  • Millennial (primary audience)
POPULARITY
Popularity 56%
Activity 65%
Freshness 65%