Journal
Practical guides and technique for making designer-inspired fragrance at home.
aged care business for sale · 8 min read
Exploring aromatherapy in aged care and what sensory wellness programs mean for investors evaluating an aged care business for sale.
Read article →social dance · 9 min read
Walk into your first social dance class feeling confident and ready. Get practical tips on what to wear, how to arrive, and choosing the right fragrance.
Read article →Family guide · 8 min read
Fougères run on lavender, coumarin, and oakmoss — perfumery's most durable skeleton. Here's what defines the family, what it smells like, and how to build it.
Read article →Technique · 8 min read
Longevity is one of the hardest things to get right in a homemade fragrance. Here are the techniques — from formulation to application — that actually work.
Read article →Family guide · 8 min read
Amber and oriental overlap in fragrance marketing but differ structurally. Here's what each term actually means, how they diverge, and which to explore first.
Read article →Deep dive · 5 min read
EdT is not a cheaper EdP. Extrait is not a better EdP. These labels describe concentration — and changing concentration genuinely changes how a fragrance behaves.
Read article →Methodology · 10 min read
How do perfumers reverse-engineer a fragrance? GCMS analysis explained: what the machine finds, where it falls short, and how a trained nose closes the gap.
Read article →Family guide · 9 min read
Chypre fragrances are built on one of perfumery's oldest blueprints: bergamot, oakmoss, labdanum. Here's what defines the family and how to reconstruct one.
Read article →Getting started · 4 min read
You don't need a full perfumer's palette to start building real formulas. Here's a practical starter kit of synthetic aroma materials — what to buy, where to get it, and how to use it.
Read article →Ingredients · 9 min read
Iso E Super (CAS 54464-57-2) appears in more formulas than almost any other woody material. Here's what it smells like, how it behaves, and how to use it.
Read article →Deep dive · 5 min read
The notes pyramid is fragrance's most-used framework and one of its least accurate. Here's what it gets wrong and what a more useful mental model looks like.
Read article →Recommendations · 8 min read
Which perfume formulas are genuinely easy to make at home? A practical guide to choosing your first build by materials count, family, and learning value.
Read article →Ingredients · 9 min read
Ambroxan (CAS 6790-58-5) explained: what it smells like, how it works on skin, why it causes olfactory fatigue, and which fragrance families rely on it most.
Read article →Ingredients · 5 min read
Methyl dihydrojasmonate gave 1960s perfumery a quality it had never had before: transparent, radiant diffusiveness. Here's what Hedione is and how to use it.
Read article →Legal · 7 min read
A clear, practical look at the legality of making designer-inspired perfume clones — copyright, trademarks, IFRA, and what's fine for personal use versus selling.
Read article →Technique · 5 min read
Longevity isn't just about fixatives. Substantivity, log P values, vapour pressure, and skin chemistry all interact. Here's how they work at the molecular level.
Read article →Sourcing · 7 min read
A region-by-region guide to buying aroma chemicals, naturals, solvents and equipment from trusted perfumery suppliers, with tips on CAS numbers and shipping.
Read article →Technique · 8 min read
Percentages, grams, concentration and dilution explained clearly — how to read a perfume formula and scale it to any batch size with confidence.
Read article →Beginner guide · 9 min read
Everything a first-time perfumer needs to turn a written formula into a finished fragrance — equipment, weighing, maceration, dilution and your first batch.
Read article →Ingredients · 4 min read
From Ambroxan to dihydromyrcenol, these are the ten synthetic aroma materials that appear most often in modern formulas — and that are worth understanding deeply.
Read article →Technique · 4 min read
GCMS reports tell you what a fragrance is made of. Here's how to interpret the data, understand its limitations, and use it to build better reconstructions.
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