Method Of Creation In Perfumery

Introduction The novelty of the ODIC method (OverDoseInducedCompatibilities) is that it starts with defining a perfume of value, with personality, from the use of an overdose (SD) as well as the new definition-classification of the components of the composition in Dominant (D), major (mj). , medium (me), minor (mi) depending on the concentration at which they are used. Another important element of novelty is the definition of the induced compatibilities. Studying thousands of perfume recipes I noticed that all valuable perfumes with personality are built on an overdose of a component. Making a perfume recipe based on an overdose as a starting point (depending on the character of the perfume) greatly simplifies the procedure because otherwise we would be faced with an infinity of experimental data extremely difficult to use, which is extremely useful to solve the problem from the point of view of AI Artificial Intelligence. The inventive activity of the method is the fact that I have observed experimentally that we could introduce in the perfumery recipe medium or minor components, incompatible with overdose, but they become perfectly compatible with the overdose through the dominant or major components which ensures harmonization of the mixture. This allows the creation of perfume compositions with a much larger number of components, perfectly harmonized, much more complex as an olfactory shade. This fact is illustrated by the VIOLET perfume, which is a composition of violet perfume with almost fifty perfectly harmonized components of remarkable complexity. If only one component were chosen incorrectly according to the method, a dissonant composition would result. This fact demonstrates the practical verification of the method, along with the numerous examples of perfume compositions using the method. The industrial applicability of the method is obvious, the method is of real use both to perfumes and to the field of Artificial Intelligence - computer programs. The method allows to realize a perfume perfectly harmonized with the large number of components in a single test, compared to the current methods where you can reach hundreds and thousands of tests. . Another important element of this book is the definition in perfume compositions of new musk bases, Musk C25 and Musk C15, which give a remarkable value to these compositions, especially those florals with overdose of musk. I studied manny perfume compositions in order to find the "ideal musk". I consider from these studies that Musk C25 and Musk C15 are the best combination of musks, with remarkable volume and tenacity, suitable for almost all situations. The book is addressed to both people with minimal perfume knowledge and those who want to study perfumery as a hobby. The perfume ingredients in Annex I can be purchased from https://www.creatingperfume.com/; https://shop.perfumersapprentice.com/; https://pellwall.com/; http://shop.hexapus.nl/; https://perfumersupplyhouse.com/shop/; https://www.perfumersworld.com/ and quality essential oils can be purchased from https://www.elemental.eu/en/11-uleiuri-esentiale and https://biopur.ro/3-uleiuri- essentialbio Pop MirceaDumitru, www.parfum-personalizat.com, [email protected]

Chapter 1. Method of making perfume compositions and algorithm for the method The following is a method, called ODIC (OverDoseInducedCompatibilities) for achievement of perfume compositions in the field of perfumery and an algorithm for the method of creation in the field of perfumery. Several creative methods are known in the field of perfumery. One of them is the method of obtaining well-rounded perfumes, which involves making a perfume from a large number of components in relatively small quantities. The disadvantage of this method is that perfumes without personality are obtained. Another well-known creative method in the perfumery industry is the Jean Carles method. This method involves the alternative modification of the concentration of each component from the top, middle and base while the other concentrations of the components remain constant. The disadvantage of the method is the large number of tests required to make a perfume and the high consumption of perfume oils. The present ODIC method establishes new criteria for classifying the components of a perfume and assigning specific names based on their concentration in use, which will allow based on a new algorithm the creation of a perfume with personality , perfectly harmonized from a minimum number of tests based on the definition of primary compatibilities and the induced compatibilities between the components of the perfume, from the database http://www.thegoodscentscompany.com The present ODIC method of producing perfume compositions consists of the following operations in successive order: - at least one overdose (SD) is chosen; - based on the primary compatibilities or the induced compatibilities, the following are chosen in order: dominant (D); major (mj); medium (me); minor (mi); - The recipes of the perfume compositions are made respecting the primary compatibilities and the induced compatibilities assigning numerical values to the concentration of the ingredients. By applying the ODIC method, the following advantages are obtained: - perfumes with personality are obtained; - reduced consumption of perfume oils when making a perfume;

- perfumes are perfectly harmonized. A perfume is composed on the basis of the volatility of the components of the top (V), middle (M) and base (B). This is not a contradiction with the fact that a perfume with personality is composed according to the present ODIC method, based on the percentage concentration of at least one overdose (SD) and dominant (D), major (mj), medium (me), minor (mi) . A perfume with personality according to the present ODIC method is composed on the basis of the percentage concentration or the concentrations in the databases from: - at least one overdose (SD), usually greater than 15%, but usually at most double the maximum concentration recommended in the databases, taking into account the recommendations of IFRA. In essence, an overdose (SD) is a concentration greater than or equal to the maximum concentration recommended in the databases with the recommendations given by IFRAInternational Fragrance Association. There are cases when there may be two compatible overdoses. There are cases when one overdose may induce another overdose with identical compatibilities; - dominants (D), usually between 10-15%, but usually at most the maximum concentration (M) recommended by databases and IFRA recommendations; -majors (mj), between 5-10%, but usually a value between 50% and 100% of the maximum concentration (M) recommended by databases and IFRA recommendations; -mediums (me), between 1-5% or a value between 10% and 50% of the maximum concentration (M) recommended by databases and IFRA recommendations; - minors (mi), less than 1% or a value between 1% and 10% of the maximum concentration (M) recommended by the databases and IFRA recommendations. According to the present method, at least one overdose (SD) is chosen and then based on the primary and / or induced compatibilities, the following are chosen in order: dominant (D), major (mj), medium (me); minor (me). Then the recipes are made optionally , or based on the Jean Carles method applied separately to the dominant (D), major (mj), medium (me) and minor (mi), or based on other methods, or based on personal experience, respecting the primary compatibilities and the induced compatibilities. Primary compatibility is defined as a well-known compatibility determined experimentally between overdose (s) (SD), and the dominant (D), major (mj), medium (me) and minor (mi). The primary compatibilities can also be found in the databases, and based on these, the induced compatibilities can be established, also from the databases.

The induced compatibility is defined as a compatibility of an element incompatible with

overdose (SD) but induced by at least one dominant component (D) or major (mj) in the case of medium (me) or minor (mi) or at least one dominant component (D), major (mj), average (me) in the case of minor components (mi). Following are some examples of embodiment according to the present method of creation in the field of perfumery. Example 1: An overdose (SD) is chosen: DIHYDROJASMONE 5%. This overdose induces another overdose with identical compatibilities: FLEURAMONE 4%. The primary and the induced compatibilities of the two overdoses (SD), grouped from the point of view of volatility, respectively top (V), middle (M) and base (B), established on the basis of experimental determinations (http: //www.thegoodscentscompany. com) are presented in table 1: Table 1: Compatibilities of overdoses (SD) DIHYDROJASMONE and FLEURAMONE Top (V) Bergamot Methyl pamplemousse Benzyl acetate Orange leaf Lavender Linalyl acetate Alpha terpineol

Middle (M) Fennel Basil Cinnamic alcohol Benzyl alcohol Citronellol Florol Geraniol Hydroxycitronellal Leeral Linalool TH Linalool Nerol Nerolidol Helional Phenyl ethyl alcohol Ylang ylang Sage clary

Base (B) Decanal Dodecanal Ambrette seeds Benzyl benzoate Benzyl salicylate Amyl cinnamaldehyde Amyl salicylate Alpha damascone Cis 3 hexenyl salicylate Jasmin absolute Hedione Alpha isomethyl ionone Orris absolute Rose absolute replacer Beta damascone Methyl anthranylate Styralyl acetate Castoreum Oakmoss Cumarin Cedar Frankincense Jasmorange Vetiver Vetiveryl acetate

Six perfume recipes are made based on the overdoses with identical compatibilities between DIHYDROJASMONE and FLEURAMONE, presented in table 2. Table 2: Examples of perfumes made on the basis of overdoses (SD) with identical compatibilities DIHYDROJASMONE 5% and FLEURAMONE 4%: (SD) DIHYDROJASMONE, FLEURAMONE (V) Bergamot (mj),me) (V) Benzyl acetate (mi) (V) Lavender (D), (me) (V) Linalyl acetate (mj), (me) (V) Alpha terpineol (mi) (M) Citronellol (mj), (me) (M) Floral pyranol (mj), (me) (M) Hydroxyl citronellal (mi) (M) TH linalool (D), (mj), (me) (M) Helional (me), (mi) (M) Phenyl ethyl alcohol (mj), (me) (M) Ylang ylang (mi) (M) Sage (mi) (B) Silvanone S (D), (mj) (B) Benzyl salicylate (me), (mi) (B) Hexyl cinnamaldehyde (mj), (me) (B) Alpha damascone (mi) (B) Cis 3 hexenyl salicylate (me), (mi) (B) Hedione HC (D), (mj) (B) Alpha izomethyl ionone (mj), (me) (B) Rose absolute replacer (D),(mj), (me) (B) Beta damascone (mi) (B) Methyl anthranylate (mi) (B) Castoreum (mi) (B) Oakmoss absolute 10% (mi) (B) DH coumarin (mi) (B) Cedar (mi) (B) Vetiver (me), (mi) (B) Dihydrojasmone (SD) (M) Fleuramone (SD) (V) Basil (me) (V) Lemon (me) (B) Santal (me) (B) Jasmorange (mj)

1 4 4 3 2 3 1 12 8 1 1 8 1 3 0,1 1 10 5 7 0,1 1 1 1 1 1 2 5 4 -

2 4 4 6 3 2 1 6 10 1 1 8 1 3 0,1 2 11 5 7 0,1 1 1 1 1 1 2 5 4 -

3 4 4 3 2 2 1 12 6 1 1 12 1 3 0,1 2 8 5 10 0,1 1 1 1 1 1 2 5 4 -

4 4 1 15 3 1 3 3 1 3 1 4 1 1 9 1 3 0,1 2 14 5 3 0,1 1 1 1 1 1 2 5 4 2 3 2 -

5 4 4 6 3 3 1 6 4 1 1 12 1 3 0,1 2 12 5 12 0,1 1 1 1 1 2 5 4 -

6 4 3 2 1 12 10 1 1 8 1 3 0,1 1 13 5 7 0,1 1 1 1 1 1 1 5 4 4

In Example 4, Basil (me), Lemon (me) and Santal (me) are introduced based on the compatibilities induced by the dominant Lavender (D). In Example 6 Jasmorange replaces Bergamot. The perfumes obtained have personality and are perfectly harmonized. Example 2: A 4% Geranium overdose is chosen which has the following primary compatibilities: Aldehydic: Aldehyde C9; aldehyde C 11; aldehyde C12 lauric. Amber: Cistus ladaniferus; Anise: fennel; Anisic: para anisaldehyde; basil; Balsamic: benzyl cinnamate; cinnamic alcohol; guaiyl acetate; Citrus: bergamot; orange Floral: alpha amyl cinnamaldehyde; iso amyl salicylate; benzyl alcohol; cassis; citronellol; coranol; coriander; dihydro linalool; dimethyl benzyl carbinyl butyrate; ethyl linalool; ethyl linalyl acetate; farnesol; florol; geraniol; geranyl acetate; heliotropin; cis 3 hexenyl salicylate; hidroxycitronellal; jasmine absolute; lilac; linalool; magnolia; mimosa; narcissus; nerolidol; nerol; neroli; helional; peony alcohol; petitgrain; rhodinol; rose absolute; rose oxide; tetrahydrolinalool; verdox; ylang ylang; Fruity: allyl amyl glycollate; methyl anthranylate Green: cis 3 hexenol; cis 3 hexenyl acetate; styrallyl acetate; violet leaf; Herbal: sage; coriander; lavender; linalyl acetate; thyme; Spicy: clove; black currant absolute; eugenyl acetate; methyl isoeugenol; Terpenic: alpha terpineol; Vanilla: ethyl vanillin; vanilla absolute; Woody: patchouli; santal; vetiver; vertenex; koavone Among the primary compatibilities of Geranium overdose (OD) a dominant Bergamot 8% is chosen which has the following primary compatibilities: Aldehydic: Aldehyde C10; aldehyde C 11; aldehyde C12 lauric; aldehyde C12 MNA Amber: Cistus ladaniferus;

Anise: fennel; Anisic: para anisaldehyde; basil; Balsamic: benzoin ; cinnamic alcohol; ethyl cinnamate; guaiyl acetate;opoponax Berry: raspberry ketone Citrus: citral; citronella; dihydromyrcenol; dihydromyrcenyl acetate; grapefruit; lemon; mandarin; orange; petitgrain; Floral: alpha amyl cinnamaldehyde; amyl salicylate; cassis; citronellol; coranol; coriander; dihydro jasmone; dimethyl benzyl carbinyl butyrate; ethyl linalool; ethyl linalyl acetate; farnesol; florol; geraniol; geranium; heliotropin; cis 3 hexenyl salicylate; alpha hexyl cinnamaldehyde; cis jasmone; lilac; lilly; linalool; magnolia; mimosa absolute; hedione; narcissus; nerolidol; nerol; neroli; helional; petitgrain; phenyl ethyl alcohol; rhodinol; rose oxide; tetrahydrolinalool; verdox; ylang ylang; Fruity: verdox Green: black currant absolute; galbanum; styrallyl acetate; linalyl acetate; Herbal: sage; coriander; lavender; linalyl acetate; alpha terpinyl acetate; Spicy: cinnamic aldehyde; clove; black currant absolute; eugenyl acetate; Terpenic: alpha terpineol; Tonka: coumarin Vanilla: ethyl vanillin; vanilla; Woody: Iso E Super; patchouli; santal; vertenex A perfume recipe is made up based of the primary compatibilities determined by Geranium 4% (SD) and the induced compatibilities determined by Bergamot 16% (D) as follows: Primary compatibilities determined by Geranium overdose (SD) 4%: aldehyde C9 ……… 0,1% aldehyde C11……..0,1% fennel: ………………0,2% basil: ………………….1% guaiyl acetate…….1% bergamot …………..8%

Compatibilities induced by the dominant (D) Bergamot 16% aldehyde C12 MNA…………0,1% benzoin …………………………..0,5% opoponax……………………….0,3% dihydromyrcenol…………….2% dihydromyrcenyl acetate…2%

orange……………….1% cassis…………………..0,5% citronellol……………1% coranol………………….1% coriander……………….0,1% ethyl linalool…………2% linalyl acetate……….3% florol……………………..2% geraniol………………..1% geranyl acetate…….1% cis 3 hexenyl salicylate …..1% hydroxycitronellal…….1% jasmine base S………….1% magnolia…………………..1% nerolidol…………………..1% helional…………………….0,5% petitgrain………………..0,5% styrallyl acetate……….0,3% sage clary………………..0,5% lavender…………………3% patchouli………………..2% santal……………………..1% vetiver……………………1% vertenex………………..3%

grapefruit ………………………..3% lemon……………………………….2% mandarin green………………..1% amyl salicylate…………………..2% dihydrojasmone……………….0,1% hedione…………………………….10% phenyl ethyl alcohol……..2% galbanum……………………..1% coumarin……………………….0,3% Iso E Super…………………….4%

A perfume full of personality is obtained with perfectly harmonized components from a single test. Example 3 A VIOLET perfume composition is made up of an Alpha Ionone 8% overdose and three dominant ones: 7% beta ionone; alpha dihydroionone 3% and beta dihydro ionone 5%. Their primary compatibilities determined experimentally are: Alpha ionone (SD): Aldehydic: aldehyde C9; aldehyde C11; aldehyde C12 lauric. Balsamic: benzyl benzoate; cinnamic alcohol; ethyl cinnamate. Berry: raspberry ketone. Carramelic: maltol

Citrus: citrus woody specialty; myrcenyl acetate. Floral: alpha amyl cinnamaldehyde; amyl salicylate; benzyl acetate; cassis; citronellol; coriander; black currant; cyclamen aldehyde; alpha damascone; delta damascone; dihydro alpha ionone; dihydro jasmine; dihydro linalool; dimethyl anthranylate; DMBCA; DMBCB; ethyl linalyl acetate; Florol; geraniol; cis 3 hexenyl salicylate; alpha hexyl cinnamaldehyde; hydroxycitronellal; beta ionone; alpha irone; lavender; Leeral; linalool; Hedione; methyl ionone; mimosa; nerol; nerolidol; Helional; peony alcohol; petitgrain; phenyl ethyl alcohol; phenyl ethyl acetate; tobacco flower absolute. Fruity: allyl amyl glycollate; beta damascone; Verdox; aldehyde C14. Green: galbanum; styrallyl acetate; violet leaf Herbal: sage Mossy: moss specialty; veramoss. Musk: amyris specialty; ethylene brassylate. Powdery: p anisyl acetate; alpha methylionone. Soapy: ambrettolide. Spicy: black currant absolute; iso eugenol; iso eugenyl acetate; methyl isoeugenol; sassafras. Terpenic: alpha terpneol. Tonka: tonka bean absolute. Vanilla: vanilla bean absolute Woody: dihydro beta ionone; methyl cedryl ketone; Iso E Super; patchouli; santall; Tobacarol; Koavone Beta ionone(D): Aldehydic: aldehyde C9; aldehyde C11; aldehyde C12 lauric. Amber: Cetalox; ambrette seed Animal: cresyl caprylate Anisic: p anisyl propanal Balsamic: cinnamic alcohol; ethyl cinnamate; opoponax.

Berry: raspberry ketone. Carramelic: ethyl maltol Citrus: bergamot; grapefruit mercaptan. Floral: alpha amyl cinnamaldehyde; amyl salicylate; benzyl acetate; citronellal; citronellol; coriander; cyclamen aldehyde; beta damascenone; alpha damascone; dihydro alpha ionone; DMBCA; DMBCB; Florol; geraniol; geranyl acetate; cis 3 hexenyl salicylate; alpha hexyl cinnamaldehyde; hydroxycitronellal; iso jasmone; Leeral; Hedione; nerol; neroli; nerolidol; Helional; petitgrain; rhodinol; tetrahydro linalool. Fruity: allyl amyl glycollate; beta damascone; gamma decalactone; Verdox; cis 3 hexenol; cis hexenyl acetate; aldehyde C14. Green: cis 3 hexenol; cis 3 hexenyl acetate; styrallyl acetate; violet leaf absolute Herbal: sage; linalyl acetate; rosemary; tea leaf. Mossy: veramoss. Musk: Nepalva; Cervolide. Powdery: p anisyl acetate; alpha methyl ionone. Soapy: ambrettolide. Spicy: alpha amyl cinnamaldehyde; black currant absolute; iso eugenyl acetate; methyl isoeugenol. Terpenic: cassis; alpha terpineol. Tonka: tonka bean absolute. Woody: agarwood; guaiac; methyl cedryl ketone; Iso E Super; patchouli; santall; tobacarol; Vertenex; Koavone Dihydro alpha ionone (D): Amber: cistus ladaniferus. Animal: animal carbolactone; costus valerolactone. Balsamic: copaiba balsam; fir balsam absolute; opoponax; pine needle. Berry: blackberry specialty; raspberry ketone.

Cirus: bergamot; citrus woody; myrcenyl acetate. Earthy: alpha fenchol; linalool oxide. Floral: beta damascenone; delta damascene; dihydrojasmonate; dimethyl anthranylate; cis 3 hexenyl salicylate; hydroxycitronellal; alpha ionone; beta ionone; beta irone; lavender; linalool; alpha isomethyl ionone; mimosa absolute; nerolidol; beta ocimene; orange flower; iris; petitgrain; rose concrete; rose carboxylate; styralyl formate; vetiver pentanone. Fruity: blueberry essence; black currant; geranyl acetoacetate. Green: iso cyclocitral; galbanum; cis 2 hexyl salicylate; oakmoss oil: thiogeraniol. Herbal: sage; rosemary. Mossy: moss specialty; oakmoss absolute. Musk: amyris specialty; ethylene brassylate. Powdery: alpha methyl ionone. Soapy: ambrettolide. Spicy: black currant absolute; cardamom; iso eugenol; iso eugenyl acetate; sassafras. Terpenic: alpha terpineol. Woody: dihydro beta ionone; methyl cedryl ketone; patchouli; santall; beta terpineol; vetiver. Dihydro beta ionone (D): Aldehydic: aldehyde C9; aldehyde C11. Amber: Grisalva; amberketal; ambergris; labdanum resinoid. Animal: butyl quinolin; cresyl caprylate. Anisic: p anisyl aldehyde; basil. Balsamic: benzoin; benzyl benzoate; benzyl cinnamate; benzyl salicylate; cinnamic alcohol; ethyl cinnamate; opoponax. Berry: raspberry ketone. Camphoraceous: fenchol. Carramelic: ethyl maltol.

Citrus: bergamot. Floral: alpha amyl cinnamaldehyde; iso amyl salicylate; benzyl acetate; benzyl alcohol; citronellol; coriander; cyclamen aldehyde; dihydro alpha ionone; DMBCA; DMBCB; Florol; geraniol; geranium; heliotropin; cis 3 hexenyl salicylate; alpha hexyl cinnamaldehyde; hydroxycitronellal; alpha ionone; alpha irone; Leeral; Lilial; linalool; Hedione; alpha isomethyl ionone; nerol; Helional; iris absolute; peony alcohol; phenyl ethyl alcohol; rhodinol; tetrahydro linalool; ylang ylang. Fruity: allyl amyl glycollate; beta damascone; alpha damascone; methyl anthranylate; aldehyde C14. Green: galbanum; oakmoss; violet leaf absolute Herbal: sage; linalyl acetate; rosemary. Mossy: oakmoss absolute; veramoss. Powdery: p anisyl alcohol. Spicy: clove; eugenol; ginger; nutmeg. Terpenic: frankincense; juniperus; alpha terpineol. Tonka: coumarin. Woody: agarwood; Kohinool; Boisambrene; cedarwood; cistus; dihydro gamma ionone; guaiacwood; methyl cedryl ketone; Iso E Super; patchouli; santall; beta terpineol; tobacarol; vetiver; Vertenex; Koavone; Bornafix. A VIOLET perfume recipe is made up of the primary compatibilities determined by alpha ionone 8% and the induced compatibilities determined by the dominant beta-ionone 7%, alpha dihydro ionone 3% and beta dihydroionone 5% as follows:

Primary compatibilities Compatibilities induced determined by alpha determined by the ionone overdose 8% dominant beta ionone 7% Aldehyde C9…….0,1% Cetalox……………….1% Aldehyde C11…..0,1% Opoponax………….0,1% Cinnamic alc……..0,1% Bergamot…………….3% Myrcenyl acet…..1% Cis 3 hexenol……0,1% Amyl salicylate…0,5% Linalyl acetate……2% Cassis……………….1% Rosemary…………..0,1% Citronellol…………0,5% Agarwood…………..0,2% Cyclamen aldeh..0,2% Guaiac…………………0,1% Alpha damasc…..0,1% Beta damasc…….0,1% Florol………………..1% Lavender…………..1% Linalool……………..1% Hedione……………10% Nerolidol…………..2% Helional……………..0,3% PEA……………………1% Verdox………………0,2% Galbanum………….0,5% Sage……………………0,2% Iso eugenol………..0,2% Alpha terpineol…..0,1%

Compatibilities induced by the dominant dihydro alpha ionone 3% Cardamom………..0,1% Iris absolute……….0,2% Rose Givco…………1%

Compatibilities induced by the dominant dihydro beta ionone 5% Grisalva……………….1% Ambergris……………0,5% Basil……………………..0,2% Benzoin……………….0,3% Benzyl benzoate…0,5% Clove…………………..0,1% Coumarin……………0,3% Kohinool………………1% Boisambrene……….0,5% Iso E Super……………1% Patchouli………………0,5% Vetiver…………………0,5% Geranium…………….0,2%

A perfume full of personality is obtained and in which there is a perfect harmony of the components of a single test. The databases used in the previous examples are those of Goodscents.

Chapter 2. Practical achievement. The book presents fragrance compositions. For their reproduction it is necessary: -a balance with accuracy of one hundredth of a gram; - six glasses of thirty milliliters (three for pipettes and three for washing pipettes with alcohol); - thirty pharmacy pipettes made of rubber glass selected to have the same size. Pasteur pipettes preferably made of glass are used for quantities smaller than one drop; -80 degree alcohol-ethanol; - perfume containers or pharmaceutical brown bottles, 10 milliliters. A drop of perfume oil has 20 milligrams. If in the recipes the percentages are replaced with drops, perfumes of 15-30% concentration will be obtained by filling with alcohol 80 degrees vol. In the 10 milliliter container. 0.05% BHT antioxidant was used in all scent recipes. To make a perfume we have to answer two questions: what ingredients we use and how much of each ingredient we put. These two things become simple through the ODIC method, following the steps of the algorithm of the method : - we choose at least one overdose (SD) with a numerical value greater than 15% or between (M) and 2 (M) where (M) is the maximum value recommended in the databases for the respective ingredient (Annex I); - based on the primary compatibilities and the induced compatibilities, the following are chosen in order: Dominant (D) with a numerical value between 10-15% or approximately equal to (M); major (mj) with a numerical value between 5-10% or between 0.5x (M) and (M); medium (me) with a numeric value between 1 and 5% or between (0.1 and 0.5) x (M); minors (mi) with a numerical value between 0.1 and 1% or between (0.01 and 0.1) x (M). In this case "or" does not mean that the two values are equal. The maximum value (M) is specific for each ingredient used in perfumery and can be found in the databases (Annex I). Thegoodscentscompany.com database includes for each perfume ingredient the following: name; trade name; chemical name; CAS number; the type of smell; smell strength; substantivity; IFRA critical effect; limits in the finished product; potential mixing products (ie primary compatibilities) and potential uses (types of perfumes where the product is recommended) and demonstration formulas. Appendix I contains the main perfumery ingredients and the maximum recommended concentrations (M) as well as the usual concentrations of use, which would give an answer to

the question "how much do we put?" in the case of beginner perfumers. Unfortunately "little is put" is learned in a few years. Chapter 3. Perfumery bases. Four self-concept perfumery bases are presented below: Musk C25, Musk C 15, Jasmin base M, Neroli base, as follows: MUSK C25/C15 Base Dihydroambrettolide Exaltone Silvanone S Cashmeran

JASMINE BASE M Amyl cinnamaldehyde Hexyl cinamaldehyde Benzyl acetate Benzyl alcohol Benzyl propionate Para cresyl acetate Linalool DMBCA Benzyl salicylate Hydroxycitronellal Phenyl ethyl alcohol Cis jasmone Fleuramone Dihydrojasmone Delphone Orange Ylang ylang Indole Iris absolute B.Base (M) Tuberose B.Base (M) Isoraldeine Cinnamyl acetate

CAS 109-29-5 507-72-7 109-29-5 33704-61-9

CAS 122-40-7 101-86-0 140-11-4 100-51-6 122-63-4 140-39-6 78-70-6 151-05-3 118-58-1 107-75-5 60-12-8 488-10-8 133-03-1 1128-08-1 4819-67-4 8008-57-9 8006-81-3 120-72-9 1335-46-2 103-54-8

MUSK C25 (%) 15 5 55 25

MUSK C15 (%) 15 5 65 15

% 12 4 18 15 7 0,5 6 5 3 5 5 4 2 1 1 1 3 0,5 0,2 2 3,8 1

NEROLI BASE Petitgrain Linalyl acetate Florol Indole 10% Eugenol Geraniol Geranyl acetate Ylang ylang Methyl anthranilate Phenyl ethyl alcohol Alpha terpineol Pine Para cresyl acetate Ethyl linalool Nerolidol Farnesol

CAS 8014-17-3 115-95-7 63500-71-0 120-72-9 97-53-0 106-24-1 105-87-3 8006-81-3 134-20-3 60-12-8 98-55-5 8002-09-3 140-39-6 10339-55-6 7212-44-4 4602-84-0

% 26 11 9 5 8 5 4 3 11 3 0,8 0,8 0,4 4 4 3

The year 2003 was the beginning of a new period in the history of perfume, that of floral perfumes with musk overdose (the perfume 'For her' - Narciso Rodriguez). For this reason, Musk C25 and Musk C15 are topical, they represent a formulation that, although it is more expensive, has a remarkable effect in perfume compositions with overdose of musk by the volume, the amplitude, the tenacity and the olfactory quality.

Chapter 4.1 Perfume compositions obtained using the ODIC method and Musk C25 base: Amyl salicylate#1-F Aldehyde C11 Aldehyde C12 MNA Amyl salicylate Bergamot Jasmine base M DMBCB Florol Geraniol Geranium Heliotropex Cis 3 hexenyl salicylate Alpha hexylcinnamaldehyde Lavender Magnolan Helional Iris absolute B.Base (M) Rose oxide Ylang ylang Verdox Aldehyde C14 Linalyl acetate Oakmoss absolute 10% Eugenol Timbersilk Bacdanol Vetiver Hedione HC Musk C25 Dipropyleneglycol

CAS 112-45-8 110-41-8 2050-08-0 8007-75-8 151-05-3 63500-71-0 106-24-1 8000-46-2 65405-77-8 101-86-0 8000-28-0 27606-09-3 1205-17-0 16409-43-1 8006-81-3 88-41-5 104-67-6 115-95-7 977059-15-6 97-53-0 54464-57-2 28219-61-6 8016-96-4 24851-98-7 25265-71-8

% 0,1 0,1 7 3 4 1 6 5 1 1 0,5 0,5 1 2 0,5 0,5 0,2 2 0,5 0,2 2 1,5 0,3 3 2 1 15 7 To 100%

Amyl salicylate#1-M Aldehyde C11 Aldehyde C12 MNA Amyl salicylate Bergamot Jasmine base M DMBCB Florol Geraniol Geranium Lavender Iris absolute B.Base (M) Rose oxide Ylang ylang Verdox Sage Linalyl acetate Oakmoss absolute 10% Eugenol Timbersilk Bacdanol Vetiver Hedione HC Musk C25 Dipropyleneglycol

CAS 112-45-8 110-41-8 2050-08-0 8007-75-8 151-05-3 63500-71-0 106-24-1 8000-46-2 8000-28-0 16409-43-1 8006-81-3 88-41-5 115-95-7 977059-15-6 97-53-0 54464-57-2 28219-61-6 8016-96-4 24851-98-7 25265-71-8

% 0,1 0,1 8 8 4 1 2 2 1 2 0,3 0,2 0,5 0,3 0,5 2 2 0,3 12 2 1 15 7 To 100%

CASSIS-F Dihydro ambrate Basil Guaiyl acetate Bergamot Geranium Alpha ionone Petitgrain Phenyl ethyl acetate Rose Givco 217 Galbanum Carrot seed Linalyl acetate Musk C25 Patchouli Bacdanol Vertenex Cassis B.Base (M) Diethylene glycol

CAS 37172-02-4 8015-73-4 105-87-3 8007-75-8 8000-46-2 127-41-3 8014-17-3 103-45-7 8023-91-4 8015-88-1 115-95-7 8014-09-3 28219-61-6 32210-23-4 25265-71-8

% 1 1 4 8 1 0,5 0,5 2 7 0,5 0,5 3 7 2 2 3 10 To 100%

AURANTIOL#1a-F Aldehyde C9 Aldehyde C11 Para anisaldehyde Benzyl salicylate Cinnamic alcohol Bergamot Orange Iso amyl salicylate Jasmine base S Benzyl alcohol Citronellol Cyclamen aldehyde Dimethyl anthranylate Floral pyranol Geraniol Geranyl acetate Heliotropin Cis 3 hexenyl salicylate Alpha hexyl cinnamaldehyde Leeral Lilial Tetrahydrolinalool Hedione Mayol Nerol Helional Rose Givco 217 Ylang ylang Verdox Cis 3 hexenyl acetate Sage Linalyl acetate Karanal Guaiac Sandalwood B.Base (M) Vertenex Aurantiol Hydroxycitronellal Indolene Dipropylene glycol

CAS 124-19-6 112-45-8 123-11-5 118-58-1 104-54-1 8007-75-8 8008-57-9 87-20-7 100-51-6 106-22-9 103-95-7 85-91-6 63500-71-0 106-24-1 105-87-3 30024-74-9 65405-77-8 101-86-0 31906-04-4 80-54-6 78-69-3 24851-98-7 13828-37-0 106-25-2 1205-17-0 8006-81-3 88-41-5 1708-82-3 8016-63-5 115-95-7 117933-89-8 8016-23-7 32210-23-4 89-43-0 107-75-5 67860-00-8 25265-71-8

% 0,1 0,1 0,2 2 0,3 3 1 2 3 1 2 0,2 1 2 2 1 1 0,5 1 2 2 3 10 2 0,5 0,5 3 0,5 0,3 0,1 0,5 2 1 1 1 5 3 3 1 To 100%

AURANTIOL#1c-F Aldehyde C9 Aldehyde C11 Para anisaldehyde Benzyl salicylate Cinnamic alcohol Bergamot Orange Iso amyl salicylate Jasmine base S Benzyl alcohol Citronellol Cyclamen aldehyde Dimethyl anthranylate Floral pyranol Geraniol Geranyl acetate Heliotropin Cis 3 hexenyl salicylate Alpha hexyl cinnamaldehyde Leeral Lilial Tetrahydrolinalool Hedione Mayol Nerol Helional Rose Givco 217 Ylang ylang Verdox Cis 3 hexenyl acetate Sage Linalyl acetate Karanal Guaiac Sandalwood B.Base (M) Vertenex Aurantiol Hydroxycitronellal Indolene Dipropylene glycol

CAS 124-19-6 112-45-8 123-11-5 118-58-1 104-54-1 8007-75-8 8008-57-9 87-20-7 100-51-6 106-22-9 103-95-7 85-91-6 63500-71-0 106-24-1 105-87-3 30024-74-9 65405-77-8 101-86-0 31906-04-4 80-54-6 78-69-3 24851-98-7 13828-37-0 106-25-2 1205-17-0 8006-81-3 88-41-5 1708-82-3 8016-63-5 115-95-7 117933-89-8 8016-23-7 32210-23-4 89-43-0 107-75-5 67860-00-8 25265-71-8

% 0,1 0,1 0,2 2 0,3 3 1 2 5 1 2 0,2 1 2 2 1 1 0,5 1 2 2 3 10 2 0,5 0,5 7 0,5 0,3 0,1 0,5 2 1 1 1 5 3 3 1 To 100%

CASHMERAN NOIR (SD) -M Cashmeran (SD-overdose) Timbersilk Black agar (G) Florol Ethyl maltol 10% Ambroxan Bacdanol Iris absolute B.Base (M) Mandarin green Beta damascone 10% Cassis B.Base (M) Civetta B.Base (M) Methyl pamplemousse Givescone Vetiver Java Hedione HC Galbanum Dipropylene glycol

CAS 33704-61-9 54464-57-2 63500-71-0 4940-11-8 6790-58-5 28219-61-6 8008-31-9 23726-91-2 67674-46-8 77851-07-1 8016-96-4 24851-98-7 8023-91-4 25265-71-8

% 25 9 5 2 0,5 1 0,5 0,3 0,5 1 0,5 1 2 1 0,3 20 0,3 To 100%

CASHMERAN SDW -M Cashmeran Amberwood Ambroxan Bergamot Rose Givco 217 Florol Hedione HC Iso E Super Kephalis Dihydro beta ionone Galbanum Dark oudh B.Base (M) Trimofix Bacdanol Norlimbanol Ambermax 10% Dipropylene glycol

CAS 33704-61-9 58567-11-6 6790-58-5 8007-75-8 63500-71-0 24851-98-7 54464-57-2 36306-87-3 17283-81-7 8023-91-4 144020-22-4 28219-61-6 70788-30-6 929625-08-1 25265-71-8

% 25 10 1 12 5 2 15 5 3 0,5 0,5 1 1 0,5 1 10 To 100%

CASHMERAN SD -M CAS Cashmeran (SD-overdose) 33704-61-9 Aldehyde C12 MNA 110-41-8 Boisambrene forte 58567-11-6 Amberketal 57345-19-4 Guaiyl acetate 134-28-1 Bergamot 8007-75-8 Grapefruit 8016-20-4 Isoamyl salicylate 87-20-7 Cassis B.Base (M) Citronellol 106-22-9 Cyclamen aldehyde 103-95-7 Florol 63500-71-0 Geraniol 106-24-1 Geranyl acetate 105-87-3 Geranium 8000-46-2 Cis 3 hexenyl salicylate 65405-77-8 Beta ionone 14901-07-6 Jasmine base M Leeral 31906-04-4 Lilial 80-54-6 Hedione 24851-98-7 Nerol 106-25-2 Helional 1205-17-0 Iris absolute B.Base (M) Petitgrain 8014-17-3 Phenyl ethyl alcohol 60-12-8 Rose Givco 217 Tetrahydrolinalool 78-69-3 Ylang ylang 8006-81-3 Galbanum 8023-91-4 Basil 8015-73-4 Lavender 8000-28-0 Oakmoss absolute 10% 977059-15-6 Iso E Super 54464-57-2 Kephalis 36306-87-3 Vetiver 8016-96-4 Patchouli 8014-09-3 Induced compatibilities determined by Bergamot (Dominant) Dihydromyrcenol 18479-58-8 Lemon 8008-56-8 Amyl salicylate 2050-08-0 Dipropylene glycol 25265-71-8

% 25 0,1 1 1 3 12 4 1 0,3 0,5 0,3 2 1 1 0,3 0,5 0,5 3 1 1 20 0,2 0,5 0,2 0,5 2 5 2 0,5 1 1 0,5 1 5 3 0,3 0,3 4 1 1 To 100%

CASSIS SD C CAS Cassis. B.Base (M) (overdose) Primary compatibilities determined by Cassis specialty Dihydroambrate 37172-02-4 Basil 8015-73-4 Guaiyl acetate 134-28-1 Bergamot 8007-75-8 Geranium 8000-46-2 Alpha ionone 127-41-3 Petitgrain 8014-17-3 Phenyl ethyl acetate 103-45-7 Dorinia (F) Galbanum 8023-91-4 Carrot seed 8015-88-1 Cashmeran Velvet 476332-65-7 Patchouli 8014-09-3 Bacdanol 28219-61-6 Vertenex 32210-23-4 Induced compatibilities determined by Bergamot (Dominant) Citral 5392-40-5 Dihydromyrcenol 18479-58-8 Mandarin red 8008-31-9 Florol 63500-71-0 Tetrahydrolinalool 78-69-3 Lemon 8008-56-8 Lime 8008-26-2 Hedione HC 24851-98-7 Induced compatibilities determined by Cashmeran Velvet (Dominant) Myrrh 8016-37-3 Ginger 8007-08-7 Pepper red 8006-82-4 Opoponax 8021-36-1 Cinnamon leaf 8015-91-6 Dipropylene glycol 25265-71-8

% 10 1 1 5 12 1 0,5 0,5 2 9 0,5 0,5 10 1 1 3 0,2 2 2 2 1 1 1 15 0,2 0,2 0,2 0,2 0,2 To 100%

CEDRAMBER SD -M CAS Aldehyde C11 112-45-8 Aldehyde C12 MNA 110-41-8 Amberwood 58567-11-6 Grey amber B.Base (M) Ambroxan 6790-58-5 Civet essence (G) Indole 120-72-9 Benzoin Siam 9000-72-0 Peru balsam 8007-00-9 Bergamot 8007-75-8 Orange 8008-57-9 Iso amyl salicylate 87-20-7 Lilial 80-54-6 Rose Givco 217 Aldehyde C14 104-67-6 Sage clary 8016-63-5 Pine 8002-09-3 Castoreum blend (I) Oakmoss absolute 10% 977059-15-6 Musk C25 Coumarin 91-64-5 Vanillin 121-33-5 Dark Oudh (M) Trimofix 144020-22-4 Cedarwood 8000-27-9 Labdanum absolute 8016-26-0 Iso E Super 54464-57-2 Patchouli 8014-09-3 Javanol 198404-98-7 Vetiver 8016-96-4 Cedramber (SD) 19870-74-7 Induced compatibilities determined by Bergamot (Dominant) Basil 8015-73-4 Opoponax 8021-36-1 Dihydromyrcenol 18479-58-8 Lemon 8008-56-8 Mandarin Red 8008-31-9 Petitgrain 8014-17-3 Amyl salicylate 2050-08-0 Cassis B.Base (M) Dihydrojasmone 1128-08-1 Ethyl linalool 10339-55-6 Florol 63500-71-0 Geranium 8000-46-2 Hedione HC 24851-98-7

% 0,1 0,1 2 0,2 0,3 0,2 0,1 1 1 12 3 1 5 5 0,2 0,5 0,3 0,2 1 7 0,2 0,3 3 1 0,5 0,2 5 1 0,5 1 10 1 0,2 2 0,5 1 0,5 1 0,3 0,5 2 2 0,3 15

Helional 1205-17-0 Ylang ylang 8006-81-3 Galbanum 8023-91-4 Lavender 8000-28-0 Induced compatibilities determined by Lilial (Dominant) Lime 8008-26-2 Hydroxycitronellal 107-75-5 Leeral 31906-04-4 Iris absolute B.Base (M) Phenyl ethyl alcohol 60-12-8 Floralozone 67634-15-5 Calone 28940-11-6 Tobacarol 1209-61-6 Dipropylene glycol 25265-71-8

0,5 0,5 0,5 1

DORINIA SD-C -F CAS Adoxal 141-13-9 Magnolan 27606-09-3 Cashmeran 33704-61-9 Dorinia Bergamot 8007-75-8 Hedione 24851-98-7 Galbanum 8023-91-4 Oakmoss absolute 10% 977059-15-6 Patchouli 8014-09-3 Javanol 198404-98-7 Induced compatibilities determined by Cashmeran overdose Isobuthyl quinoline 65442-31-1 Grapefruit 8016-20-4 Cassis B.Base (M) Florol 63500-71-0 Beta ionone 14901-07-6 Iris absolute B.Base (M) Ylang ylang 8006-81-3 Diethylene glycol 25265-71-8

% 1 2 25 25 3 15 0,5 1 0,5 0,5

0,5 1 1 0,3 2 0,1 0,3 0,3 To 100%

0,5 2 0,3 2 0,5 0,3 0,5 To 100%

CORANOL#1a-M Coranol Basil Bergamot Dihydromyrcenol Grapefruit Lemon Orange Coumarin Amyl salicylate Citronellol Cyclamen aldehyde Ethyl linalool Floral pyranol Geraniol Geranyl acetate Cis 3 hexenyl salicylate Hexyl cinnamaldehyde Hydroxycitronellal Hedione Helional Petitgrain Phenyl ethyl alcohol Ylang ylang Dark Oudh B.Base (M) Iso E Super Patchouli Bacdanol Vetiver Beta dihydro ionone Dipropylene glycol

CAS 83926-73-2 8015-73-4 8007-75-8 18479-58-8 8016-20-4 8008-56-8 8008-57-9 91-64-5 2050-08-0 106-22-9 103-95-7 10339-55-6 63500-71-0 106-24-1 105-87-3 65405-77-8 101-86-0 107-75-5 24851-98-7 1205-17-0 8014-17-3 60-12-8 8006-81-3 54464-57-2 8014-09-3 28219-61-6 8016-96-4 17283-81-7 25265-71-8

% 4 0,5 8 3 3 0,5 1 0,5 2 0,5 0,3 3 2 1 1 1 0,5 0,5 1 1 1 2 0,5 2 7 1 1 1 4 To 100%

GIVESCONE-F Givescone Geranium Musk C 25 Hedione Undecavertol 10% Verdox Alpha dihydroionone Patchouli Vetiver Dipropylene glycol

CAS 77851-07-1 8000-46-2 24851-98-7 81782-77-6 88-41-5 31499-72-6 8014-09-3 8016-96-4 25265-71-8

% 20 0,5 7 15 1 0,5 1 1 1 To 100%

CORANOL#1b-M Coranol Basil Bergamot Dihydromyrcenol Grapefruit Lemon Orange Coumarin Amyl salicylate Citronellol Cyclamen aldehyde Ethyl linalool Floral pyranol Geraniol Geranyl acetate Cis 3 hexenyl salicylate Hexyl cinnamaldehyde Hydroxycitronellal Hedione Helional Petitgrain Phenyl ethyl alcohol Ylang ylang Dark Oudh B.Base (M) Iso E Super Patchouli Bacdanol Vetiver Beta dihydro ionone Galbanum Geranium Dipropylene glycol

CAS 83926-73-2 8015-73-4 8007-75-8 18479-58-8 8016-20-4 8008-56-8 8008-57-9 91-64-5 2050-08-0 106-22-9 103-95-7 10339-55-6 63500-71-0 106-24-1 105-87-3 65405-77-8 101-86-0 107-75-5 24851-98-7 1205-17-0 8014-17-3 60-12-8 8006-81-3 54464-57-2 8014-09-3 28219-61-6 8016-96-4 17283-81-7 8023-91-4 8000-46-2 25265-71-8

% 4 1 8 3 3 0,5 1 0,5 2 0,5 0,3 3 2 1 1 1 0,5 0,5 1 1 1 2 0,5 3 7 1 1 1 4 0,3 0,5 To 100%

CEDRYL ACETATE SD -M CAS Aldehyde C11 112-45-8 Aldehyde C12 MNA 110-41-8 Amberwood 58567-11-6 Grisalva 68611-23-4 Grey amber B.Base (M) Ambroxan 6790-58-5 Civetta B.Base (M) Indole 10% 120-72-9 Peru balsam 8007-00-9 Bergamot 8007-75-8 Iso amyl salicylate 87-20-7 Beta ionone 14901-07-6 Lilial 80-54-6 Dorinia (F) Aldehyde C14 104-67-6 Sage clary 8016-63-5 Oakmoss absolute 10% 977059-15-6 Musk C25 Vanillin 121-33-5 Dark oudh B.Base (M) Trimofix 144020-22-4 Cedarwood 8000-27-9 Iso E Super 54464-57-2 Patchouli 8014-09-3 Bacdanol 28219-61-6 Vetiver 8016-96-4 Vertenex 32210-23-4 Cedryl acetate 77-54-3 Induced compatibilities by Bergamot (medium) Lemon 8008-56-8 Mandarine red 8008-31-9 Amyl salicylate 2050-08-0 Ylang ylang 8006-81-3 Grapefruit 8016-20-4 Induced compatibilities by Iso E Super (major) Florol 63500-71-0 Hedione HC 24851-98-7 Dipropylene glycol 25265-71-8

% 0,1 0,1 1 0,5 0,3 0,5 1 0,1 0,5 5 1 0,5 1 5 0,2 0,5 1 7 0,3 1 1 2 7 0,5 0,5 0,5 3 10 0,5 0,5 0,5 0,5 0,5 2 15 To 100%

ETHYL SAFRANATE SD -M Guayl acetate Bergamot Iso amyl salicylate Ethyl linalool Florol Geranium Beta ionone Iris absolute B.Base (M) Lavender Hedione HC Phenyl ethyl acetate Tetrahydrolinalool Carrot seed Ethyl safranate (SD) Musk C25 Geranyl acetate Jasmine base M Cyclogalbaniff 10% Diethylene glycol

CAS 134-28-1 8007-75-8 87-20-7 10339-55-6 63500-71-0 8000-46-2 14901-07-6 8000-28-0 24851-98-7 103-45-7 78-69-3 8015-88-1 35044-59-8 105-87-3 68901-15-5 25265-71-8

% 9 12 2 5 2 0,3 1 0,2 2 15 3 3 0,3 5 7 3 3 0,3 To 100%

FLORHYDRAL#1a-F Aldehyde C9 Aldehyde C12 Lauric Bergamot Tetrahydromyrcenyl acetate Amyl salicylate Coranol Ethyl linalool Florol Geranium Cis 3 hexenyl salicylate Hydroxycitronellal Aurantiol Leeral Lilial Magnolan Nerol Nerolidol Helional Rose Givco 217 Doremox Verdox Ivy base Sage Linalyl acetate Floramat Florhydral Hedione HC Musk C25 Berryflor Dipropyleneglycol

CAS 124-19-6 12-54-9 8007-75-8 68480-08-0 2050-08-0 83926-73-2 10339-55-6 63500-71-0 8000-46-2 1708-82-3 107-75-5 89-43-0 31906-04-4 80-54-6 27606-09-3 106-25-2 7212-44-4 1205-17-0 94201-73-7 88-41-5 8016-63-5 115-95-7 67801-64-3 125109-85-5 24851-98-7 104986-28-9 25265-71-8

% 0,1 0,1 3 2 3 2 7 3 0,3 1 2 1 1 1 1 0,5 0,5 0,5 3 0,3 0,3 0,5 0,5 2 2 2 15 7 2 To 100%

FLOROL #1a-F Aldehyde C9 Aldehyde C11 Ambroxan Basil Bergamot Methyl pamplemousse Orange Benzyl acetate Citronellol Geraniol Geranyl acetate Cis 3 hexenyl salicylate Amyl salicylate Alpha hexyl cinnamaldehyde Hidroxycitronellal Ethyl linalool Hedione Helional Petitgrain Phenyl ethyl alcohol Vanillin Methyl cedryl ketone Timbersilk Patchouli Bacdanol Vetiver Florol Verdox Oakmoss absolute 10% Lavender Linalyl acetate Musk C25 Rose Givco 217 Dipropylene glycol

CAS 124-19-6 112-45-8 6790-58-5 8015-73-4 8007-75-8 67674-46-8 8008-57-9 140-11-4 106-22-9 106-24-1 105-87-3 65405-77-8 2050-08-0 101-86-0 107-75-5 10339-55-6 24851-98-7 1205-17-0 8014-17-3 60-12-8 121-33-5 32388-55-9 54464-57-2 8014-09-3 28219-61-6 8016-96-4 63500-71-0 88-41-5 977059-15-6 8000-28-0 115-95-7 25265-71-8

% 0,2 0,2 1 0,5 8 3 1 2 0,5 0,5 0,5 1 2 1 0,5 5 15 1 1 1 0,3 1 5 1 1 1 4 0,5 2 3 3 5 5 To 100%

FLOROL #1b-F Aldehyde C9 Aldehyde C11 Ambroxan Basil Bergamot Methyl pamplemousse Orange Benzyl acetate Citronellol Geraniol Geranyl acetate Cis 3 hexenyl salicylate Amyl salicylate Alpha hexyl cinnamaldehyde Hidroxycitronellal Ethyl linalool Hedione Helional Petitgrain Phenyl ethyl alcohol Vanillin Methyl cedryl ketone Timbersilk Patchouli Bacdanol Vetiver Florol Verdox Oakmoss absolute 10% Lavender Linalyl acetate Musk C25 Rose Givco 217 Cinnamic alcohol Ethyl cinnamate Aldehyde C14 Lavender Linalyl acetate Dipropylene glycol

CAS 124-19-6 112-45-8 6790-58-5 8015-73-4 8007-75-8 67674-46-8 8008-57-9 140-11-4 106-22-9 106-24-1 105-87-3 65405-77-8 2050-08-0 101-86-0 107-75-5 10339-55-6 24851-98-7 1205-17-0 8014-17-3 60-12-8 121-33-5 32388-55-9 54464-57-2 8014-09-3 28219-61-6 8016-96-4 63500-71-0 88-41-5 977059-15-6 8000-28-0 115-95-7 104-54-1 103-36-6 104-67-6 8000-28-0 115-95-7 25265-71-8

% 0,2 0,2 1 0,5 8 3 1 2 0,5 0,5 0,5 1 2 1 0,5 5 10 1 1 1 0,3 1 5 1 1 1 4 0,5 2 3 3 5 5 1 1 0,5 2 3 To 100%

GREEN MANDARIN#1a-F Aldehyde C12 MNA Amyl salicylate Floral pyranol Cis 3 hexenyl salicylate Hydroxycitronellal Ethyl linalool Hedione Ylang ylang Lavender Bacdanol Musk C25 Isoraldeine Oakmoss absolute 10% Rose Givco 217 Green mandarine Dipropylene glycol

CAS 110-41-8 2050-08-0 63500-71-0 65405-77-8 107-75-5 10339-55-6 24851-98-7 8006-81-3 8000-28-0 1335-46-2 977059-15-6 8008-31-0 25265-71-8

% 0,2 2 2 1 6 2 10 1 1 5 5 12 2 3 6 To 100%

GREEN MANDARIN#1b-F Aldehyde C12 MNA Amyl salicylate Floral pyranol Cis 3 hexenyl salicylate Mayol Ethyl linalool Hedione Ylang ylang Lavender Bacdanol Musk C25 Isoraldeine Oakmoss absolute 10% Rose Givco 217 Green mandarine Florhyral Dipropylene glycol

CAS 110-41-8 2050-08-0 63500-71-0 65405-77-8 107-75-5 10339-55-6 24851-98-7 8006-81-3 8000-28-0 28219-61-6 1335-46-2 977059-15-6 8008-31-0 125109-85-5 25265-71-8

% 0,2 2 2 1 6 2 10 1 1 5 5 12 2 5 6 1 To 100%

GUACET #1-M Guaiyl acetate Amber decane Musk C25 Basil Cinnamyl alcohol Opoponax Phenyl ethyl alcohol Bergamot Cassis specialty Geranium Tetrahydrolinalool Alpha isomethyl ionone Rose Givco 217 Sage Linalyl acetate Cinnamon leaf Clove Ginger Pine Vanilla Patchouli Javanol Vetiver Trimofix Dipropylenglycol

CAS 134-28-1 58567-11-6 8015-73-4 104-54-1 8021-36-1 60-12-8 8007-75-8 8000-46-2 78-69-3 127-51-5 8016-63-5 115-95-7 8015-91-6 8000-34-8 8007-08-7 8002-09-3 121-33-5 8014-09-3 198404-98-7 80016-96-4 144020-22-4 25265-71-8

% 12 1 5 1 1 0,5 3 8 0,5 1 3 3 2 1 2 0,5 0,5 0,5 1 0,5 3 1 1 1 To 100%

HYACINTH BODY SD Hyacinth body (speciality) Cinnamic alcohol Bourgeonal Geranium Phenyl propyl alcohol Rose oxide Galbanum Narcisse base (F) Styralyl acetate Basil Floralol Florhydral Cis 3 hexenyl salicylate Bergamot Geraniol Hydroxycitronellal Tetrahydrolinalool Alpha terpineol Cananga Jasmone cis Para cresyl acetate Hedione HC Aurantiol Musk C25 Dipropylene glycol

CAS 104-54-1 18127-01-0 8000-46-2 122-97-4 16409-43-1 8023-91-4 93-92-5 8015-73-4 67634-16-6 125109-85-5 65405-77-8 8007-75-8 106-24-1 107-75-5 78-69-3 98-55-5 68606-83-7 488-10-8 140-39-6 24851-98-7 89-43-0 25265-71-8

% 30 0,2 0,2 0,3 6 0,2 0,5 3 0,2 0,3 2 0,5 0,5 2 0,5 1 1 0,5 0,5 0,3 0,2 15 0,5 7 To 100%

IRIS ABSOLUTE#1a -M Aldehyde C9 Ambroxan Anisaldehyde Benzyl benzoate Cinnamic alcohol Bergamot Amyl salicylate Citronellol Cyclamen aldehyde Beta damascenone Florol Geraniol Geranium Cis 3 hexenyl salicylate Hexylcinnamaldehyde Hydroxycitronellal Beta ionone Ethyl linalool Hedione HC Alpha isomethyl ionone Nerol Nerolidol Helional Rose Givco 217 Ylang ylang Aldehyde C14 Linalyl acetate Veramoss Musk C25 Cassis B.Base (M) Kohinool Dihydro betaionone Iris absolute B.Base (M) Guaiac Timbersilk Bacdanol Vetiver Cedroxyde Dipropyleneglycol

CAS 124-19-6 6790-58-5 123-11-5 120-51-4 104-54-1 8007-75-8 2050-08-0 106-22-9 103-95-7 23696-85-7 63500-71-0 106-24-1 8000-46-2 65405-77-8 101-86-0 107-75-5 14901-07-6 10339-55-6 24851-98-7 127-51-5 106-25-2 7212-44-4 1205-17-0 8006-81-3 104-67-6 115-95-7 4707-47-5 87118-95-4 17283-81-7 8016-23-7 54464-57-2 28219-61-6 8016-96-4 71735-79-0 25265-71-8

% 0,1 0,5 0,2 1 0,2 8 2 1 0,2 0,3 2 1 0,3 0,5 0,5 0,5 0,5 3 15 2 0,2 0,2 1 7 2 0,2 2 0,4 7 0,3 2 0,5 5 0,5 4 1 1 8 To 100%

IsoESuper#1c-M Iso E Super Kohinool Cedramber Musk C25 Trimofix Boisambrene Beta dihydro ionone Labdanum Patchouli Bacdanol Dark oudh B.Base (M) Dihydro ambrate Grey amber B.Base (M) Ambroxan Oakmoss absolute 10% Castoreum Bergamot Grapefruit Pine Orange Amyl salicylate Ethylinalool Dipropylene glycol

CAS 54464-57-2 87118-95-4 19870-74-7 144020-22-4 58657-11-6 17283-81-7 8016-26-0 8014-09-3 28219-61-6 37172-02-4 6790-58-5 977059-15-6 8023-83-4 8007-75-8 8016-20-4 8002-09-3 8008-57-9 2050-08-0 10339-55-6 25265-71-8

% 12 3 10 7 1 1 1 0 1 1 0 1 1 1 2 0,5 4 1 1 0,5 1 1 To 100%

IsoESuper#1d-M Iso E Super Kohinool Cedramber Musk C25 Trimofix Boisambrene Beta dihydro ionone Labdanum Patchouli Bacdanol Dark oudh B.Base (M) Dihydro ambrate Ambergris Ambroxan Oakmoss absolute 10% Castoreum Bergamot Grapefruit Pine Orange Amyl salicylate Ethylinalool Norlimbanol Dipropylene glycol

CAS 54464-57-2 87118-95-4 19870-74-7 144020-22-4 58657-11-6 17283-81-7 8016-26-0 8014-09-3 28219-61-6 37172-02-4 8038-65-1 6790-58-5 977059-15-6 8023-83-4 8007-75-8 8016-20-4 8002-09-3 8008-57-9 2050-08-0 10339-55-6 70788-30-6 25265-71-8

% 12 3 10 7 1 1 1 0,2 1 1 2 1 1 1 2 0,5 4 1 1 0,5 1 1 1 To 100%

IsoESuper#1g-M Iso E Super Kohinool Cedramber Musk C25 Hedione Bacdanol Vetiveryl acetate Beta dihydroionone Ambergris Ambroxan Bergamot Grapefruit Pine Orange Amyl salicylate Ethylinalool Florol Rose Givco 217 Aldehyde C9 Aldehyde C11 Aldehyde C12 MNA Green mandarine Florhydral Linalyl acetate Dipropylene glycol

CAS 54464-57-2 87118-95-4 19870-74-7 24851-98-7 28219-61-6 73246-97-6 17283-81-7 8038-65-1 6790-58-5 8007-75-8 8016-20-4 8002-09-3 8008-57-9 2050-08-0 10339-55-6 63500-71-0 124-19-6 112-45-8 110-41-8 8008-31-9 125109-85-5 115-95-7 25265-71-8

% 12 3 10 7 10 1 1 1 1 1 3 1 0,5 0,5 1 2 2 3 0,1 0,1 0,1 0,5 0,3 2 To 100%

IsoESuper#i-M Iso E Super Kohinool Cedramber Musk C25 Hedione Bacdanol Vetiveryl acetate Beta dihydroionone Ambergris Ambroxan Bergamot Grapefruit Pine Orange Amyl salicylate Ethylinalool Florol Magnolis Aldehyde C9 Aldehyde C11 Aldehyde C12 MNA Green mandarine Florhydral Linalyl acetate Dipropylene glycol

CAS 54464-57-2 87118-95-4 19870-74-7 24851-98-7 28219-61-6 73246-97-6 17283-81-7 8038-65-1 6790-58-5 8007-75-8 8016-20-4 8002-09-3 8008-57-9 2050-08-0 10339-55-6 63500-71-0 124-19-6 112-45-8 110-41-8 8008-31-9 125109-85-5 115-95-7 25265-71-8

% 12 3 10 7 10 1 1 1 1 1 3 1 0,5 0,5 1 2 2 2 0,1 0,1 0,1 0,5 0,3 2 To 100%

IsoESuper#j-M Iso E Super Kohinool Cedramber Musk C25 Hedione Bacdanol Vetiveryl acetate Beta dihydroionone Ambergris Ambroxan Bergamot Grapefruit Pine Orange Amyl salicylate Ethylinalool Florol Lavender Aldehyde C9 Aldehyde C11 Aldehyde C12 MNA Green mandarine Florhydral Linalyl acetate Dipropylene glycol

CAS 54464-57-2 87118-95-4 19870-74-7 24851-98-7 28219-61-6 73246-97-6 17283-81-7 8038-65-1 6790-58-5 8007-75-8 8016-20-4 8002-09-3 8008-57-9 2050-08-0 10339-55-6 63500-71-0 80000-28-0 124-19-6 112-45-8 110-41-8 8008-31-9 125109-85-5 115-95-7 25265-71-8

% 12 3 10 7 10 1 1 1 1 1 3 1 0,5 0,5 1 2 2 3 0,1 0,1 0,1 0,5 0,3 2 To 100%

IsoESuper#k-M Iso E Super Kohinool Cedramber Musk C25 Hedione Bacdanol Vetiveryl acetate Beta dihydroionone Ambergris Ambroxan Bergamot Grapefruit Pine Orange Amyl salicylate Ethylinalool Florol Mayol Aldehyde C9 Aldehyde C11 Aldehyde C12 MNA Green mandarine Florhydral Linalyl acetate Dipropylene glycol

CAS 54464-57-2 87118-95-4 19870-74-7 24851-98-7 28219-61-6 73246-97-6 17283-81-7 8038-65-1 6790-58-5 8007-75-8 8016-20-4 8002-09-3 8008-57-9 2050-08-0 10339-55-6 63500-71-0 13828-37-0 124-19-6 112-45-8 110-41-8 8008-31-9 125109-85-5 115-95-7 25265-71-8

% 12 3 10 7 10 1 1 1 1 1 3 1 0,5 0,5 1 2 2 3 0,1 0,1 0,1 0,5 0,3 2 To 100%

ISORALDEINE#1a-F Isoraldeine Aldehyde C9 10% Aldehyde C11 10% Trimofix Bergamot Benzyl acetate Citronellol Floral pyranol Geraniol Geranium Cis 3 hexenyl salicylate Alpha hexyl cinnamaldehyde Linalyl acetate Hydroxycitronellal Hedione Helional Petitgrain Ethyl linalool Phenyl ethyl alcohol Ylang ylang Verdox Oakmoss absolute 10% Dark oudh B.Base (M) Kohinool Methyl cedryl ketone Iso E Super Bacdanol Musk C25 Vetiver Coumarin Dipropylene glycol

CAS 1335-46-2 124-19-6 112-45-8 144020-22-4 8007-75-8 140-11-4 106-22-9 63500-71-0 106-24-1 8000-46-2 65405-77-8 101-86-0 115-95-7 107-75-5 24851-98-7 1205-17-0 8014-17-3 10339-55-6 60-12-8 8006-81-3 88-41-5 977059-15-6 87118-95-4 32388-55-9 54464-57-2 28219-61-6 8016-96-4 91-64-5 25265-71-8

% 12 1 1 1 8 2 0,5 2 1 0,5 1 1 2 6 15 1 0,5 3 1 0,5 0,3 2 1 3 1 5 1 5 1 0,3 To 100%

ISORALDEINE#1b-F Isoraldeine Aldehyde C9 10% Aldehyde C11 10% Trimofix Bergamot Benzyl acetate Citronellol Floral pyranol Geraniol Geranium Cis 3 hexenyl salicylate Alpha hexyl cinnamaldehyde Linalyl acetate Hydroxycitronellal Hedione Helional Petitgrain Ethyl linalool Phenyl ethyl alcohol Ylang ylang Verdox Oakmoss absolute 10% Dark oudh B.Base (M) Kohinool Methyl cedryl ketone Iso E Super Bacdanol Musk C25 Vetiver Coumarin Ethyl cinnamate Opoponax Dihydroeugenol Aldehyde C14 Dipropylene glycol

CAS 1335-46-2 124-19-6 112-45-8 144020-22-4 8007-75-8 140-11-4 106-22-9 63500-71-0 106-24-1 8000-46-2 65405-77-8 101-86-0 115-95-7 107-75-5 24851-98-7 1205-17-0 8014-17-3 10339-55-6 60-12-8 8006-81-3 88-41-5 977059-15-6 87118-95-4 32388-55-9 54464-57-2 28219-61-6 8016-96-4 91-64-5 103-36-6 8021-36-1 104-67-6 25265-71-8

% 12 1 1 1 8 2 0,5 2 1 0,5 1 1 2 6 10 1 0,5 3 1 0,5 0,3 2 1 3 1 5 1 5 1 0,3 0,5 0,2 1 0,3 To 100%

JAVANOL SD -M CAS Javanol 198404-98-7 Aldehyde C11 112-45-8 Ambroxan 6790-58-5 Isobuthyl quinoline 65442-31-1 Para anisaldehyde 123-11-5 Ethyl maltol 4940-11-8 Bergamot 8007-75-8 Isoamyl salicylate 87-20-7 Cyclamen aldehyde 103-95-7 Dihydrojasmone 1128-08-1 DMBCB 10094-34-4 Florol 63500-71-0 Geranium 8000-46-2 Cis 3 hexenyl salicylate 65405-77-8 Hydroxycitronellal 107-75-5 Beta ionone 14901-07-6 Leeral 31906-04-4 Hedione HC 24851-98-7 Helional 1205-17-0 Iris absolute B.Base (M) Petitgrain 8014-17-3 Phenyl ethyl alcohol 60-12-8 Rose Givco 217 Tetrahydrolinalool 78-69-3 Tuberose B.Base (M) Verdox 88-41-5 Aldehyde C14 104-67-6 Galbanum 8023-91-4 Lavender 8000-28-0 Oakmoss absolute 10% 977059-15-6 Kohinool 87118-95-4 Iso E Super 54464-57-2 Patchouli 8014-09-3 Vetiver 8016-96-4 Musk C25 Induced compatibilities determined by Bergamot (Dominant) Dihydromyrcenol 18479-58-8 Cassis B.Base (M) Ylang ylang 8006-81-3 Induced compatibilities determined by Florol (Dominant) Calone 28940-11-6 Geranyl acetate 105-87-3 Farnesol 4602-84-0 Dipropylene glycol 25265-71-8

% 4 0,1 0,3 0,2 0,2 0,1 8 0,3 0,3 0,2 0,3 4 0,3 0,5 1 0,5 1 20 0,5 0,2 0,3 1 3 2 0,5 0,2 0,2 0,5 0,3 1 1 8 0,5 0,5 7 0,5 0,2 0,5 0,3 1 1 To 100%

KEPHALIS#1a-M Aldehyde C12 MNA Dihydro ambrate Boisambrene forte Amberketal Ambroxan Labdanum absolute Opoponax Bergamot Iso amyl salicylate Floral pyranol Cis 3 hexenyl salicylate Alpha hexylcinnamaldehyde Hydroxycitronellal Hedione HC Helional Iris absolute B.Base (M) Rose Givco 217 Sage clary Veramoss Clove Coumarin Kohinool Cedarwood Frankincense Timbersilk Patchouli Bacdanol Vetiver Kephalis Okumal Eugenol Florhydral Musk C25 Dipropyleneglycol

CAS 110-41-8 37172-02-4 58567-11-6 57345-19-4 6790-58-5 8016-26-0 8021-36-1 8007-75-8 87-20-7 63500-71-0 65405-77-8 101-86-0 107-75-5 24851-98-7 1205-17-0 8016-63-5 4707-47-5 8000-34-8 91-64-5 87118-95-4 8000-27-9 8016-36-2 54464-57-2 8014-09-3 28219-61-6 8016-96-4 36306-87-3 131812-67-4 97-53-0 125109-85-5 25265-71-8

% 0,2 1 0,2 0,3 0,2 0,1 0,2 8 2 2 0,5 0,5 1 15 0,3 0,2 5 0,5 0,4 0,2 0,2 3 0,3 0,2 4 0,5 1 1 8 0,2 0,2 0,7 10 To 100%

KOHINOOL#1a-M Dihydroambrate Grisalva Grey amber B.Base (M) Ambermax 50 Ambroxan Labdanum absolute Karanal Bergamot Amyl salicylate Citronellol Florol Geraniol Hedione Verdox Styralyl acetate Linalyl acetate Oakmoss absolute 10% Musk C25 Boisambrene Cedarwood Dihydro beta ionone Patchouli Bacdanol Vetiver Okumal Kohinool Coumarin Dipropylene glycol

CAS 37172-02-4 68611-23-4 929625-08-1 6790-58-5 8016-26-0 117933-89-8 8007-75-8 2050-08-0 106-22-9 63500-71-0 106-24-1 24851-98-7 88-41-5 93-92-5 115-95-7 977059-15-6 58567-11-6 8000-27-9 17283-81-7 8014-09-3 28219-61-6 8016-96-4 131812-67-4 87118-95-4 91-64-5 25265-71-8

% 1 0,5 0,5 0,5 1 0,5 1 11 1 0,5 2 0,5 10 0,3 0,3 2 4 10 1 1 4 1 1 0,5 1 20 0,3 To 100%

KOHINOOL#1b-M Dihydroambrate Grisalva Grey amber B.Base (M) Ambermax 50 Ambroxan Labdanum absolute Karanal Bergamot Amyl salicylate Citronellol Florol Geraniol Hedione Verdox Styralyl acetate Linalyl acetate Oakmoss absolute 10% Musk C25 Boisambrene Cedarwood Dihydro beta ionone Patchouli Bacdanol Vetiver Okumal Kohinool Coumarin Cedramber Opoponax Eugenol Styrax Dipropylene glycol

CAS 37172-02-4 68611-23-4 929625-08-1 6790-58-5 8016-26-0 117933-89-8 8007-75-8 2050-08-0 106-22-9 63500-71-0 106-24-1 24851-98-7 88-41-5 93-92-5 115-95-7 977059-15-6 58567-11-6 8000-27-9 17283-81-7 8014-09-3 28219-61-6 8016-96-4 131812-67-4 87118-95-4 91-64-5 19870-74-7 8021-36-1 97-53-0 8046-19-3 25265-71-8

% 1 0,5 0,5 0,5 1 0,5 1 11 1 0,5 2 0,5 10 0,3 0,3 2 4 10 1 1 4 1 1 0,5 1 20 0,3 10 0,5 0,5 0,3 To 100%

LABDANUM #1a-M Dihydroambrate Ambroxan Grey amber B.Base (M) Lemon Orange Cananga Isoraldeine Iris absolute B.Base (M) Lavender Musk C 25 Kephalis Okumal Labdanum absolute Vetiver Dipropylene glycol

CAS 37172-02-4 6790-58-5 8008-56-8 8008-57-9 68606-83-7 1335-46-2 8000-28-0 36306-87-3 131812-67-4 8016-26-0 8016-96-4 25265-71-8

% 1 1 1 2 3 3 4 0,2 8 10 8 2 2 1 To 100%

LABDANUM #1b-M Dihydroambrate Ambroxan Grey amber B.Base (M) Lemon Orange Cananga Isoraldeine Iris absolute B.Base (M) Lavender Musk C 25 Kephalis Okumal Labdanum absolute Vetiver Kohinool Styrax Tobacarol Dipropylene glycol

CAS 37172-02-4 6790-58-5 8008-56-8 8008-57-9 68606-83-7 1335-46-2 8000-28-0 36306-87-3 131812-67-4 8016-26-0 8016-96-4 87118-95-4 8046-19-3 1209-61-6 25265-71-8

% 1 1 1 2 3 3 4 0,2 8 10 8 2 2 1 4 1 0,5 To 100%

MUSK C25-KA#1-M Musk C25 Bergamot Hedione HC Florhydral Kephalis Dark Oudh B.Base (M) Galbanum Jasmine base S Lavender Beta dihydro ionone Iso E Super Rose Taif B.Base (M) Green mandarin Florol Grapefruit Orange Vetiveryl acetate Oakmoss absolute 10% Iris absolute B.Base (M) Castoreum blend (I) Civet essence (G) Dihydromyrcenol Dipropyleneglycol

CAS 8007-75-8 24851-98-7 125109-85-5 36306-87-3 8023-91-4 8000-28-0 17283-81-7 54464-57-2 8008-31-9 63500-71-0 8016-20-4 8008-57-9 73246-97-6 977059-15-6 18479-58-8 25265-71-8

% 15 12 15 0,7 3 2 0,2 3 2 0,5 8 5 0,5 2 2 2 3 1 0,2 0,1 0,2 4 To 100%

MUSK C25-KA#2-M Musk C25 Bergamot Hedione HC Florhydral Kephalis Givescone Dark Oudh B.Base (M) Galbanum Jasmine base S Lavender Beta dihydro ionone Iso E Super Rose Taif B.Base (M) Green mandarin Florol Grapefruit Orange Vetiveryl acetate Iris absolute B.Base (M) Castoreum blend (I) Civet essence (G) Ylang ylang Pine Coumarin Dihydromyrcenol Dipropyleneglycol

CAS 8007-75-8 24851-98-7 125109-85-5 36306-87-3 77851-07-1 8023-91-4 8000-28-0 17283-81-7 54464-57-2 8008-31-9 63500-71-0 8016-20-4 8008-57-9 73246-97-6 8006-81-3 8002-09-3 91-64-5 18479-58-8 25265-71-8

% 15 15 20 0,7 3 3 2 0,2 3 2 0,5 8 5 0,5 2 2 2 3 0,2 0,1 0,2 2 0,5 0,3 7 To 100%

PATCHOULI#1a-M Dihydro ambrate Grey amber B.Base (M) Labdanum absolute Bergamot Orange Florol Alpha hexyl cinnamaldehyde Lavender Hidroxycitronellal Hedione Iris absolute Geranium Rose Givco 217 Galbanum Sage Pine Oakmoss absolute 10% Musk C25 Dark Oudh B.Base (M) Cedarwood Dihydro beta ionone Bacdanol Vetiver Coumarin Patchouli Opoponax Clove Cedroxyde Dipropylene glycol

CAS 37172-02-4 8016-26-0 8007-75-8 8008-57-9 63500-71-0 101-86-0 8000-28-0 107-75-5 24851-98-7 8002-73-1 8000-46-2 8023-91-4 8016-63-5 8002-09-3 977059-15-6 8000-27-9 17283-81-7 28219-61-6 8016-96-4 91-64-5 8014-09-3 8021-36-1 8000-34-8 71735-79-0 25265-71-8

% 1 1 0,5 11 0,5 2 0,5 1 0,5 10 0,1 0,5 2 1 0,5 0,5 4 10 3 1 4 1 1 0,3 6 0,5 0,2 10 To 100%

PEPPER RED SD -M Pepper red Aldehyde C9 Ambroxan Fennel Bergamot Dihydromyrcenol Amyl salicylate Citronellol Coriander Cyclamen aldehyde Florol Geranium Hydroxycitronellal Hedione HC Nerolidol Helional Iris absolute B.Base (M) Phenyl ethyl alcohol Tetrahydrolinalool Basil Sage clary Lavender Rosemary Oakmoss absolute 10% Kohinool Cedarwood Iso E Super Patchouli Bacdanol Vetiver Vertenex Beta dihydroionone Dipropylene glycol

CAS 8006-82-4 124-19-6 6790-58-5 8006-84-6 8007-75-8 18479-58-8 2050-08-0 106-22-9 8008-52-4 103-95-7 63500-71-0 8000-46-2 107-75-5 24851-98-7 7212-44-4 1205-17-0 60-12-8 78-69-3 8015-73-4 8016-63-5 8000-28-0 8000-25-7 977059-15-6 87118-95-4 8000-27-9 54464-57-2 8014-09-3 28219-61-6 8016-96-4 32210-23-4 17283-81-7 25265-71-8

% 1 0,1 0,5 0,3 12 4 2 0,5 1 0,3 2 0,2 2 15 0,3 0,5 0,2 5 2 1 0,5 3 0,5 1 2 1 8 0,5 0,5 0,5 3 1 To 100%

PEONILE#1a-F Aldehyde C9 Aldehyde C11 Ambroxan Benzyl benzoate Bergamot Dihydromyrcenol Mandarin red Amyl salicylate Cyclamen aldehyde Dihydrojasmone DMBCB Phenylethyl acetate Florol Geraniol Cis 3 hexenyl salicylate Hydroxycitronellal Ethyl linalool Magnolan Hedione HC Nerol Nerolidol Helional Petitgrain Phenyl ethyl alcohol Rose Givco 217 Aldehyde C14 Cis 3 hexenol Terpinyl acetate Calone Veramoss Coumarin Kohinool Iso E Super Bacdanol Vertenex Peonile Dipropyleneglycol

CAS 124-19-6 112-45-8 6790-58-5 120-51-4 8007-75-8 18479-58-8 8008-31-9 2050-08-0 103-95-7 1128-08-1 10094-34-4 103-45-7 63500-71-0 106-24-1 65405-77-8 107-75-5 10339-55-6 27606-09-3 24851-98-7 106-25-2 7212-44-4 1205-17-0 8014-17-3 60-12-8 104-67-6 928-96-1 80-26-2 28940-11-6 4707-47-5 91-64-5 87118-95-4 54464-57-2 28219-61-6 32210-23-4 10461-98-0 25265-71-8

% 0,1 0,1 0,9 2 3 1 1 2 0,2 0,5 0,3 2 3 2 1 0,5 3 1 15 0,2 0,3 1 0,5 5 5 0,2 0,1 0,5 0,3 0,3 0,1 1 4 0,5 3 20 To 100%

ROSE CUIR#1a Hedione HC Musk C25 Rose Givco 217 Citronellol Phenyl ethyl alcohol Geraniol Geranyl acetate Geranium Orange Ethyl linalool Peonile Florhydral Beta ionone Gama deltalactone Damascenone Florol Ethyl maltol Beta damascone 10% Indole 10% Green mandarin Iris absolute B.Base (M) Javanol Patchouli Timbersilk Vetiveryl acetate Ylang ylang Kephalis Vertenex Galbanum Doremox Aldehyde C11 Aldehyde C12 MNA Calone Undecavertol Isobuthyl quinoline Dipropyleneglycol

CAS 24851-98-7 106-22-9 60-12-8 106-24-1 105-87-3 8000-46-2 8008-57-9 10339-55-6 10461-98-0 125109-85-5 14901-07-6 706-14-9 23696-85-7 63500-71-0 4940-11-8 23726-91-2 120-72-9 8008-31-9 198404-98-7 8014-09-3 54464-57-2 73246-97-6 8006-81-3 36306-87-3 32210-23-4 8023-91-4 94201-73-7 112-45-8 110-41-8 28940-11-6 81782-77-6 65442-31-1 25265-71-8

% 20 12 12 2 2 2 1 0,3 3 2 2 0,7 1 0,5 0,3 2 0,5 0,5 1 0,3 0,3 1 1 2 2 0,5 1 2 0,3 0,2 0,1 0,1 0,5 0,2 1 To 100%

SAFRALEINE SD -M Aldehyde C12 MNA Ambroxan Isobuthyl quinoline Benzoin Siam Benzyl salicylate Phenyl propyl alcohol Opoponax Myrrh Ethyl maltol 10% Bergamot Grapefruit Tetrahydro myrcenyl acetate Iso amyl salicylate Cananga Citronellol Cyclamen aldehyde DMBCB Ethyl phenyl acetate Florol Geraniol Geranyl acetate Leeral Lilial Hedione HC Nerol Nerolidol Helional Iris absolute B.Base (M) Phenyl ethyl alcohol Tetrahydrolinalool Verdox Galbanum Lavender Vetiver Vertenex Musk C25 Kohinool Trimofix Iso E Super Safraleine (SD) Dipropylene glycol

CAS 110-41-8 6790-58-5 65442-31-1 9000-72-0 118-58-1 122-97-4 8021-36-1 8016-37-3 4940-11-8 8007-75-8 8016-20-4 68480-08-0 87-20-7 68606-83-7 106-22-9 103-95-7 10094-34-4 103-45-7 63500-71-0 106-24-1 105-87-3 31906-04-4 80-54-6 24851-98-7 106-25-2 7212-44-4 1205-17-0 60-12-8 78-69-3 88-41-5 8023-91-4 8000-28-0 8016-96-4 32210-23-4 87118-95-4 144020-22-4 54464-57-2 54440-17-4 25265-71-8

% 0,1 0,5 0,5 1 2 3 0,2 0,2 1 8 4 2 1 0,5 0,5 0,2 0,5 2 2 1 1 1 1 15 0,2 0,2 0,5 0,2 3 2 0,2 0,5 1 0,5 3 7 2 1 8 2,3 To 100%

VETIVER SD -M CAS Vetiver (SD) 8016-96-4 Aldehyde C9 124-19-6 Aldehyde C11 112-45-8 Ysamber 154171-77-4 Ambroxan 6790-58-5 Benzyl benzoate 120-51-4 Cinnamic alcohol 104-54-1 Ethyl cinnamate 103-36-6 Myrrh 8016-37-3 Bergamot 8007-75-8 Iso amyl salicylate 87-20-7 Cananga 68606-83-7 Cyclamen aldehyde 103-95-7 Dihydrojasmone 1128-08-1 DMBCB 10094-34-4 Florol 63500-71-0 Geraniol 106-24-1 Cis 3 hexenyl salicylate 65405-77-8 Hydroxycitronellal 107-75-5 Leeral 31906-04-4 Hedione 24851-98-7 Nerol 106-25-2 Nerolidol 7212-44-4 Helional 1205-17-0 Iris absolute B.Base (M) Phenyl ethyl alcohol 60-12-8 Rose Givco 217 Tetrahydrolinalool 78-69-3 Galbanum 8023-91-4 Lavender 8000-28-0 Linalyl acetate 115-95-7 Calone 28940-11-6 Oakmoss absolute 10% 977059-15-6 Clove 8000-34-8 Dark oudh B.Base (M) Dihydro beta ionone 17283-81-7 Iso E Super 54464-57-2 Patchouli 8014-09-3 Bacdanol 28219-61-6 Induced compatibilities determined by Bergamot (Dominant) Lemon 8008-56-8 Mandarine red 8008-31-9 Petitgrain 8014-17-3 Amyl salicylate 2050-08-0 Cassis B.Base (M) Geranium 8000-46-2 Ylang ylang 8006-81-3 Grapefruit 8016-20-4 Diethylene glycol 25265-71-8

% 12 0,1 0,1 0,5 0,3 1 0,2 0,2 0,2 12 1 1 0,2 0,3 0,5 2 1 0,5 2 1 20 0,2 0,2 0,5 0,2 2 5 2 0,5 1 2 0,3 1 0,2 1 1 5 0,5 0,5 4 3 0,5 1 0,3 0,3 2 2 To 100%

VETIVER #1a-M Ambroxan Benzoe Siam Bergamot Lemon Benzyl acetate Cananga Citronellol Florol Geraniol Cis 3 hexenyl salicylate Alpha hexyl cinnamaldehyde Hydroxycitronellal Linalool Hedione Helional Iris absolute Phenyl ethyl alcohol Rose Givco 217 Oakmoss absolute 10% Vetiveryl acetate Vetiver Coumarin Dark oudh B.Base (M) Trimofix Dihydro beta ionone Patchouli Sandalwood B.Base (M) Musk C25 Dipropylene glycol

CAS 6790-58-5 9000-72-0 8007-75-8 8008-56-8 140-11-4 68606-83-7 106-22-9 63500-71-0 106-24-1 65405-77-8 101-86-0 107-75-5 78-70-6 24851-98-7 1205-17-0 8002-73-1 60-12-8 977059-15-6 73246-97-6 8016-96-4 91-64-5 144020-22-4 17283-81-7 8014-09-3 25265-71-8

% 1 1 11 2 1 2 0,5 2 0,5 1 0,5 0,5 2 10 1 0,1 2 2 1 1 6 0,3 1 1 4 1 1 2 To 100%

VETIVER #1b-M Ambroxan Benzoe Siam Bergamot Lemon Benzyl acetate Cananga Citronellol Florol Geraniol Cis 3 hexenyl salicylate Alpha hexyl cinnamaldehyde Hydroxycitronellal Linalool Hedione HC Helional Iris absolute Phenyl ethyl alcohol Rose Givco 217 Oakmoss absolute 10% Vetiveryl acetate Vetiver Coumarin Dark oudh B.Base (M) Trimofix Dihydro beta ionone Patchouli Sandalwood B.Base (M) Opoponax Iso E Super Tobacarol Musk C25 Dipropylene glycol

CAS 6790-58-5 9000-72-0 8007-75-8 8008-56-8 140-11-4 68606-83-7 106-22-9 63500-71-0 106-24-1 65405-77-8 101-86-0 107-75-5 78-70-6 24851-98-7 1205-17-0 8002-73-1 60-12-8 977059-15-6 73246-97-6 8016-96-4 91-64-5 144020-22-4 17283-81-7 8014-09-3 8021-36-1 54464-57-2 1209-61-6 25265-71-8

% 1 1 11 2 1 2 0,5 2 0,5 1 0,5 0,5 2 10 1 0,1 2 2 4 1 6 0,3 1 1 4 1 1 0,5 5 1 2 To 100%

VETIVER SD COLOGNE -M Vetiver Ambroxan Bergamot Iso amyl salicylate Cananga DMBCB Florol Geraniol Cis 3 hexenyl salicylate Hydroxycitronellal Leeral Hedione Helional Phenyl ethyl alcohol Dorinia (F) Tetrahydrolinalool Galbanum Lavender Linalyl acetate Calone Dihydro betaionone Iso E Super Bacdanol Lemon Mandarine red Peitgrain Ylang ylang Grapefruit Ethyl linalool Dihydromyrcenol Dipropylene glycol

CAS 8016-96-4 6790-58-5 8007-75-8 87-20-7 68606-83-7 10094-34-4 63500-71-0 106-24-1 65405-77-8 107-75-5 31906-04-4 24851-98-7 1205-17-0 60-12-8 78-69-3 8023-91-4 8000-28-0 115-95-7 28940-11-6 17283-81-7 54464-57-2 28219-61-6 8008-56-8 8008-31-9 8014-17-3 8006-81-3 8016-20-4 10339-55-6 18479-58-8 25265-71-8

% 8 0,3 9 2 1 1 2 1 1 2 1 25 1 2 5 2 0,5 1 3 0,3 1 8 0,5 4 5 0,5 2 4 2 2 To 100%

YLANG YLANG #1a-F Indole Para anisaldehyde Benzyl benzoate Bergamot Dihydro myrcenyl acetate Galbanum Linalyl acetate Amyl salicylate Citronellol Farnesol Geraniol Hydroxycitronellal Lilial Linalool Hedione HC Nerolidol Rose Givco 217 Musk C25 Ylang ylang Aldehyde C12 MNA Aldehyde C9 Aldehyde C11 Vanillin Cedarwood Santal B.Base (M) Vetiver Vertenex Dipropylene glycol

CAS 120-72-9 123-11-5 120-51-4 8007-75-8 53767-93-4 8023-91-4 115-95-7 2050-08-0 106-22-9 4602-84-0 106-24-1 107-75-5 80-54-6 78-70-6 24851-98-7 7212-44-4 8006-81-3 110-41-8 124-19-6 112-45-8 121-33-5 8000-27-9 8016-96-4 32210-23-4 25265-71-8

% 0,3 0,3 0,5 8 8 0,5 5 2 0,5 2 0,5 0,5 1 1 10 3 2 7 5 0,6 0,2 0,2 1 1 1 1 5 To 100%

YLANG YLANG #1f-F Indole Benzyl benzoate Bergamot Amyl salicylate Citronellol Farnesol Geraniol Hydroxycitronellal Hedione HC Nerolidol Rose Givco 217 Musk C25 Ylang ylang Aldehyde C12 MNA Santal B.Base (M) Vetiver Vertenex Florhydral Jasmin base M Opoponax Dihydroeugenol Cinnamic alcohol Dipropylene glycol

CAS 120-72-9 120-51-4 8007-75-8 2050-08-0 106-22-9 4602-84-0 106-24-1 107-75-5 24851-98-7 7212-44-4 8006-81-3 110-41-8 8016-96-4 32210-23-4 125109-85-5 8021-36-1 2785-87-7 104-54-1 25265-71-8

% 0,3 1 20 1 1 2 1 1 10 3 2 7 5 0,3 1 1 5 1 4 0,3 1 1 To 100%

ANNEX I PRODUCT NAME

CAS

Aurantiol Ambermax Amberketal Amyl salicylate Andrane Acalea Aldehyde C12 MNA Anisaldehyde Aldehyde C9 Acetophenone Ambroxan Ambrox Agarwood Ambergris Allyl amyl glycollate Aldehyde C12 Lauric Alpha isometyl ionone Amyl cinnamaldehyde Aldehyde C10 Alpha ionone Aldehyde C14 Alpha terpineol Alpha terpinyl acetate Alpha damascene Aldehyde C11 Alpha dihydro ionone Adoxal Ambrinol Acetyl isoeugenol Butyl quinoline Bergamot Bornafix Bacdanol Benzoin Black currant absolute Bourgeonal Benzyl acetate Basil Beta ionone Benzyl salicylate Benzyl benzoate Benzyl cinnamate

89-43-0 929625-08-1 57345-19-4 2050-08-0 13567-39-0 84697-09-6 110-41-8 123-11-5 124-19-6 98-86-2 6790-58-5 3738-00-9 94350-09-1 8038-65-1 67634-00-8 12-54-9 127-51-5 122-40-7 112-31-2 127-41-3 104-67-6 98-55-5 80-26-2 24720-09-0 112-45-8 31499-72-6 141-13-9 71832-76-3 93-29-8 53452-56-6 8007-75-8 128119-70-0 28219-61-6 9000-72-0 97676-19-2 18127-01-0 140-11-4 8015-73-4 14901-07-6 118-58-1 120-51-4 103-41-3

Maximum recommended concentration (M)/ IFRA recommendations 8% 2% 1% 2,98% (in perfume 20% ) 10% 30% 2% 1,61% (category 4) 1% 2% 1% 1% 4% 3% 1% 2% 31,67% (category 4) 10,7% (category 4) 1% 1% (in perfume 20%) 10% 5,7% (in perfume 20%) 30% 0,02% 1% 0,02% (in perfume 20%) 5% 1% 5% 2% 30% 20% 10% 8% 1% 0,5% 30% 0,5% 15% 8% (category 4) 27,6% (category 4) 2,1% (category 4)

Common use (concentration) 0,2-2% 0-2% 0,2-1% 1-7% 0-3% 0-25% 0,1-1% 0,1-0,3% 0,1-0,3% 0,1-0,5% 0,1-1% 0,1-1% 0-3% 0,2-1% 0-0,7% 0,1-0,5% 0-8% 0-8% 0,1-0,3% 0,5-1% 0,3% 0,3-1% 0,3-3% 0,01-0,02% 0,1-0,3% 0,1% 0,2-2% 0,1-0,5% 0,1-2% 0,05-1% 2-16% 1-12% 1-3% 0-1% 1-3% 0,1-0,3% 1-3% top 0-2% 0,5-5% 1-8% 0-3% 0,3-6%

Brahmanol Benzyl alcohol Beta damascone Boisambrene Berryflor Beta pinene Cardamom Coriander Cinnamon leaves Cinnamic alcohol Cis 3 hexenol Cis 3 hexenyl acetate Cyclogalbanate Cyclamal Cyclemax Citronellyl acetate Citronella Calone Carrot seed Cinnamyl acetate Cis 3 hexenyl salicylate Coumarin Cashmeran Cananga Cedryl acetate Castoreum G Cedramber Civet Cedarwood Cedroxyde Citronellol Coranol Citral Cyclamen aldehyde Cinnamic alcohol Clove Cis jasmone Doremox Cetalox Clarycet Cyclal C Citronellyl formate Cyclogalbaniff Celery ketone Delta damascone Dihydro jasmone

72089-08-8 100-51-6 23726-91-2 58567-11-6 104986-28-9 127-91-3 8000-66-6 8008-52-4 8015-91-6 104-54-1 928-96-1 1708-82-3 68901-15-5 103-95-7 7775-00-0 150-84-5 8000-29-1 28940-11-6 8015-88-1 103-54-8 65405-77-8 91-64-5 33704-61-9 68606-83-7 77-54-3 8023-83-4 19870-74-7 68916-26-7 8000-27-9 71735-79-0 106-22-9 83926-73-2 5392-40-5 103-95-7 104-54-1 8000-34-8 488-10-8 94201-73-7 3738-00-9 131766-73-9 68039-49-6 105-85-1 68901-15-5 3720-16-9 57378-68-4 1128-08-1

5% 2,7% (category 4) 0,02% (in final product, category 4) 5% 25% 12% 12% 10% 6% 0,4% (in final product) 8% 8% 2% 2,67% (in final product) 20% 50% 3% 0,5% 2 8% (in perfume oil) 5% (in perfume oil) 1,6% (in perfume oil) 5% 0,8% (in final product, category 4) 20% (in perfume oil) 3% 2% 1% 20% 5% 13,3% (in final product, category 4) 5% 0,6% (in final product, category 4) 2,67% (in final product, category 4) 0,4% (in final product, category 4) 6% Sensitization 3% 5% 5% 10% 2,7% (in final product, category 4) 5% 2% 3% 0,02% (in final product, category 4) 5%

0,2-1% 0-2% 0,2-0,1% 0,5-2% 0,5-2% 0,5-7% 0,1-1% 0,1-2% 0,1-1% 0,1-2,5% 0,1-0,5% 0,1%-0,2% 0,1-0,5% 0,1-0,5% 0,1-2% 1-5% 0,1-0,5% 0,01-0,1% 0,1-1% 0,1-1% 0,1-1% 0,1-2% 0,5-3% 0,5-3% 0,5-5% 0,1-1% 1-30% 0-1% 1-8% 1-50% 0,5-10% 0,5-3% 0,5-3% 0,1-1% 0,1-1% 0,1-1% 0,1-2% 0,1-1% 0,1-1% 0,2-2% 0,1-0,2% 0,3-2% 0,1-0,5% 0,1-1% 0,01-015 0,1-1%

Dihydro eugenol Dihydroisojasmonate DMBCB Damascenone Dihydromyrcenol Dihydro alpha ionone Dihydro beta ionone Dihydro ambrettolide Dihydrojasmone D Limonene Dihydro coumarin Datilat Delphone DMBCA Dihydromyrcenyl acetat Dihydro ambrate Dipropyleneglycol Dimetol Dimethyl anthranylate Dimethyl octenone Decatone Dynascone Emeraldine Ethyl linalool Ethyl linalyl acetate Ethyl maltol Exaltolide Exaltone Eugenol

2785-87-7 37172-53-5 10094-34-4 23696-85-7 18479-58-8 31499-72-6 17283-81-7 109-29-5 1128-08-1 5989-27-5 119-84-6 68039-69-0 4819-67-4 151-05-3 53767-93-4 37172-02-4 25265-71-8 13254-34-7 85-91-6 2550-11-0 34131-98-1 56973-85-4 2556-20-7 10339-55-6 61931-80-4 4940-11-8 106-02-5 502-72-7 97-53-0

1% 30% 8% 0,02% 75% 0,02% (in final product-skin contact) 1,34% (in perfume 20%) 3% ( in fragrance concentrate) 5% 20% 0,45% (in final product, category 4) 5% 1% 8% 20% 5% Fixator 10% 8% 10% 5% 1% (in final product, category 4) 0,5% 40% 40% 4% 2,5% (in final product, category 4) 1% 0,5% (in final product, category 4)

0,1-1% 0,5-3% 0,1-2% 0,01-0,1% 1-12% 0,02-0,1% 1-2% 0,1-3% 0,1-2% 0,5-3% 0,1-1% 0,2-2% 0,1-1% 0,2-3% 1-8% 0,1-1% 20-60% 0,1-2% 0,5-5% 0,3-3% 0,2-2% 0,1-1% 0,1-1% 1-10% 1-10% 0,01-1% 0,5-12% 0,2-0,5% 0,5-1%

Iso eugenol

97-54-1

0,02% (in final product, category 4)

0,02-0,1%

Dihydro eugenol

2785-87-7

1%

1% +

Ethyl cinnamate Ebanol Evernyl Ethylene brassylate Elemi resinoid Farnesol Floralozone Floramat Floropal Florol Florhydral Frankincense Fleuramone Fennel

103-36-6 67801-20-1 4707-47-5 105-95-3 8023-89-0 4602-84-0 67634-15-5 67801-64-3 5182-36-5 63500-71-0 125109-85-5 8016-36-2 133-03-1 8006-84-6

0,13% (in final product, category 4) 5% 7% 10% 2% 1,2% (in final product, category 4) 10% 5% 6% 5% 2% 8% 4% 5%

0,1-0,5% 0,1-1% 0,1-1% 1-10% 0,5-2% 0,3-5% 0,01-0,3% 1-5% 0,5-3% 1-3% 0,3-0,7% 0,2-2% 0,1-1% 0,1-1%

Fructalate Green mandarin Galaxolide Gamma undecalactone Gamma decalactone Grisalva Galbanum Geraniol Givescone Guaiyl acetate Geranyl acetate Grapefruit oil Guaiac Ginger Geranium Herboxane Helional Hydroxycitronellal Hexyl cinnamaldehyde Hedione HC Hexyl salicylate Heliotropin Heliotropex Habanolide Iso E Super Indolene Isoraldeine Indole Isoeugenol Iris absolute replacer Isoamyl acetate Isoamyl salicylate Jasmine absolute Jasmine lactone Jasmorange Javanol Jasmonyl Karanal Kohinool Kephalis Linalool Liffarome Linalyl acetate Linalyl anthranylate Lilia Lavender

72903-27-6 8008-31-9 1222-05-5 104-67-6 706-14-9 68611-23-4 8023-91-4 106-24-1 77851-07-1 134-28-1 105-87-3 8016-20-4 8016-23-7 8007-08-7 8000-46-2 54546-26-8 1205-17-0 107-75-5 101-86-0 24851-98-7 6259-76-3 30024-74-9 111879-80-2 54464-57-2 67860-00-8 1335-46-2 120-72-9 97-54-1 8002-73-1 123-92-2 87-20-7 8022-96-6 34686-71-0 41496-43-9 198404-98-7 1322-17-4 117933-89-8 87118-95-4 36306-87-3 78-70-6 67633-96-9 115-95-7 7149-26-0 80-54-6 8000-28-0

10% 8% 10% 10% 12% 0,5% 1% 5,3% (in final product, category 4) 10% 10% 12% 8% 10% 8% 3% 30% 5,3% 1% (in final product, category 4) 10,7% (in final product, category 4) 30% 16% (in final product, category 4) 8% 15% 10% 21,4 (in final product, category 4) unspecified 31,67% (in final product, category 4) 2% 0,02% (in final product, category 4) 8% 25% 2,19% (in perfume 20%) 0,7% (in final product, category 4) 3% 8% 2% 5% 2% 35% 8% 12% 2% 15% 8% 1,86% (in final product, category 4) 16%

0,3-2% 0,1-3% 1-10% 0,1-2% 0,1-2% 0,1-0,5% 0,3-1% 1-20% 0,1-10% 0,5-8% 0,5-12% 0,5-4% 1-8% 0,2-1% 0,1-2% 0,1-2% 0,5-3% 0,5-5% 0,5-6% 1-20% 0,2-3% 0,5-3% 0,5-3% 1-10% 1-12% 0,1-1% 1-10% 0,1-1% Max 0,1% 0,1-1% 0,1-2% 1-8% 0,1-3% 0,1-1% 1-5% 0,5-1% 0,1-2% 0,5-1% 2-12% 1-5% 2-7% 0,1-1% 2-8% 0,5-5% 1-5% 0,5-9%

Lemon Lime oil Leeral Labdanum absolute Lactojasmone Lemongrass Lilyflore Mandarine green Mandarine red Mayol Melafleur Mahagonate Methyl pamplemousse Magnolan Methyl anthranylate Methyl salicylate Majantol Methyl diantilis Methyl cedryl ketone Methyl laitone Methyl octine carbonate Nerolidol Nerol Norlimbanol Nektaryl Neryl acetate Nutmeg Okumal Opoponax Oakmoss absolute Orange oil Orris absolute*replacer Orivone Pine Phenyl ethyl alcohol Phenyl ethyl acetate Phenylethylsalicylate Phenoxanol Paradisamide Pepper Pivarose Propylene glycol Pharaone Patchouli Peonile Petitgrain

8008-56-8 8008-26-2 31906-04-4 8016-26-0 7011-83-8 8007-02-1 285977-85-7 8008-31-9 8008-31-9 13828-37-0 68991-97-9 68966-86-9 67674-46-8 27606-09-3 134-20-3 119-36-8 103694-68-4 5595-79-9 32388-55-9 94201-19-1 11-80-8 7212-44-4 106-25-2 70788-30-6 95962-14-4 141-12-8 8008-45-5 131812-67-4 8021-36-1 977059-15-6 8008-57-9 8002-73-1 16587-71-6 8002-09-3 60-12-8 103-45-7 87-22-9 55066-48-3 406488-30-0 8006-82-4 67662-96-8 57-55-6 313973-37-4 8014-09-3 10461-98-0 8014-17-3

10% 15% 0,2% (in final product, category 4) 4% 1% 10% Withouth superior limit 8% 8% 5% 15% 8% 10% 8% 10% 1,5% 4,5% (in final product, category 4) 3% 10% 2% 0,002% (in final product, category 4) 2% (in final product, category 4) 1,12%( in perfume 20%) 2% 5% 20% 2% 4% 0,45% (in final product, category 4) 0,1% (in final product, category 4) 2% skin contact 8% 3% 7% 40% 50% 7,5% (in final product, category 4) 5% 15% 0,8% 8% 60% (fixative) 0,25% 10% 10% 15%

0,5-3% 0,2-5% 0,5-1% 0,1-0,5% 0,1-1% 0,5-2% 0,5-20% 0,3-2% 0,5-5% 0,3-4% 1-5% 1-8% 0,5-5% 1-3% 0,1-3% 0,1-0,3% 0,5-3% 0,03-0,2% 1-3% 0,1-1% 0,001-0,01% 0,2-2% 0,2-5% 0,5-1% 0,1-1% 0,2-2% 0,1-0,3% 0,1-2% 0,1-0,3% 0,02-0,1% 0,5-10% 0,1-1% 0,2-1% 0,5-7% 1-10% 0,5-10% 0,2-5% 0,2-1% 0,2-2% 0,02-0,3% 0,5-7% 10-60% 0,1-0,2% 0,5-3% 0,1-20% 0,3-8%

Para cresyl acetate Phenyl acetaldehyde P cresyl phenyl acetate PADMA Peppermint Rose oxide Rosemary Rose absolute Rosalva Sandal pentanol Silvial Silvanone S Sage clary Styrax resinoid Styralyl acetate Stemone Scentenal Spirambrene Trisamber Trimofix Tetrahydro linalool Treemoss Tobacarol Triplal Terpineol Terpinyl acetate THmyrcenyl acetate Tangerinol Undecavertol Vanillin Verdox Verdyl acetate jasmacycl Vertenex Vertoliff Veltol Veramoss Vertofix Vetiveryl acetate Vetiver Wintergreen Velvione Ylang ylang

140-39-6 122-78-1 101-94-0 101-48-8 8006-90-4 16409-43-1 8000-25-7 8007-01-0 13019-22-2 65113-99-7 6658-48-6 109-29-5 8016-63-5 8046-19-3 93-92-5 22457-23-4 86803-90-9 121251-68-1 338735-71-0 144020-22-4 78-69-3 84696-53-7 1209-61-6 68039-49-6 98-55-5 80-26-2 68480-08-0 50373-57-4 81782-77-6 121-33-5 88-41-5 5413-60-5 32210-23-4 67801-65-4 118-71-8 4707-47-5 32388-55-9 73246-97-6 8016-96-4 68917-75-9 37609-25-9 8006-81-3

1% 0,3% (in final product, category 4) 5% 3% 6% 2% 10% 4% 4% 10% 1,04% (in final product, category 4) 3% 15% 0,6% (in final product, category 4) 5% 5% 0,4% (in final product, category 4) 3% 2% 2,49% (in final product, category 4) 30% 0,1% (in final product, category 4) 5% 2,7% (in final product, category 4) 5,7% (in final product, category 4) 30% 20% 5% 5% 8% 15% 5% 20% 2,7% (in final product, category 4) 8% 7% 10% 1,04% (in final product, category 4) 12% 3% 4% 0,8% (in final product, category 4)

0,02-0,5% 0,05-0,2% 0,1-1% 0,2-1% 0,1-0,3% 0,02-0,2% 0,1-1% 0,03-1% 0,1-1% 0,5-2% 1-5% 1-20% 0,2-2% 0,2-3% 0,3-1% 0,1-3% 0,1-0,5% 0,2-1% 0,1-1% 0,5-2% 1-10% 0,05-0,5% 0,5-5% 0,2-3% 0,1-2% 1-10% 1-10% 0,1-1% 0,02-1% 0,5-3% 0,3-3% 0,1-0,5% 3-12% 0,5-3% 0,01-1% 0,1-4% 0,5-5% 0,5-5% 0,5-2% 0,1-0,5% 0,1-2% 0,5-4%