Which is better, Escentric 03 or Molecule 01 + Iris?

Escentric 03 does not have enough Fragplace votes yet to show a rating. Molecule 01 + Iris is rated 4.50 out of 5 from 2 Fragplace votes. Compare their notes, accords, longevity and sillage side by side to pick between them.

Do Escentric 03 and Molecule 01 + Iris smell similar?

The comparison shows the shared and unique notes and accords of Escentric 03 and Molecule 01 + Iris, along with a similarity score based on their accord profiles.

Which lasts longer, Escentric 03 or Molecule 01 + Iris?

Longevity and sillage for Escentric 03 and Molecule 01 + Iris are scored by Fragplace reviewers and shown side by side in the ratings section of this comparison.

Escentric 03 vs Molecule 01 + Iris

Name: Molecule 01 + Iris by Escentric Molecules
Brand: Escentric Molecules
Rating: 4.5 (2 reviews)

Side-by-side fragrance comparison

Similarity Score

83%Very Similar

Based on accord and note analysis

Escentric 03 vs Molecule 01 + Iris: Detailed Comparison

Escentric 03 by Escentric Molecules and Molecule 01 + Iris by Escentric Molecules are remarkably similar fragrances with a 83% similarity score. If you enjoy one, you will likely appreciate the other. Both perfumes share many characteristics that make them excellent alternatives to each other.

Accords Comparison

Both Escentric 03 and Molecule 01 + Iris share Woody, Powdery, Earthy accords. Escentric 03 features prominent Woody, Warm Spicy, Powdery notes, while Molecule 01 + Iris is characterized by Woody, Musky, Amber accords.

Notes Analysis

Escentric 03 and Molecule 01 + Iris have no shared notes, offering completely different scent compositions. Escentric 03 features Cedarwood, Ginger, Iris, while Molecule 01 + Iris contains Iso E Super, Orris Root.

The Verdict

In conclusion, Escentric 03 vs Molecule 01 + Iris is a comparison between two highly similar fragrances. Both are excellent choices if you appreciate this scent profile. Consider trying both to find which interpretation you prefer from Escentric Molecules and Escentric Molecules.