FDP and WCP TREATED PIGMENTS

FDP and WCP TREATED PIGMENTS

FDP and WCP TREATED PIGMENTS Must-have treated pigments, with high consistency of the shade, no need for color matching. The color consistency allows you to skip the color matching stage at the end of the manufacturing process.

Compared to the traditional treated pigments on the market the FDP and WCP can be dispersed immediately without any pre-milling or pre-treatment (pre-dispersion in the lipo phase). And you will be surprised by the beautiful texture of the finished product!

Technical advantages: The Surface Treatment Technology used to manufacture the FDP and WCP pigments series gives them exclusive and unique properties which can be appreciated in each manufacturing step. COLOR CONSISTENCY SCALABILITY PRE DISPERSION-FREE PERFECT COLOR MATCHING IMMEDIATE DISPERSIBILITY GREAT TEXTURE MILLING-FREE TIME/SPEED

Technical advantages SURFACE TREATMENT TECHNOLOGY The technology enables the treated pigments to perform in a way the simple mixing of each color components can not do. See the Dispersibility Comparison Test What does it mean? You are buying a high tech product coming from Japanese surface treatment expertise, which performes well in terms of dispersion.

FDP Dispersibility: comparison test Mixing component one by one: S020-4 Using FDP: S020-5 TALC with Silicone Coating 25.26 TITANIUM DIOXIDE with Silicone Coating 20.40 Iron Oxide (Red) with Silicone Coating 1.13 Iron Oxide (Yellow) with Silicone Coating 2.81 Iron Oxide (Black) with Silicone Coating 0.40 FDP-C-RED 7.55 FDP-C-YELLOW 11.25 FDP-C-BLACK 5.35 FDP-C-WHITE 25.85 Dimethicone(3000cS) 50.00 Dimethicone(3000cS) 50.00 Mixed at 100rpm. Checked mixture surface every 2 minutes with colorimeter.

FDP Dispersibility: comparison test FDP formulation S020-5

FDP Dispersibility: comparison test results After dispersing each mixture for 10 minutes, compared drawdowns on glass plates. 45 44 43 42 41 ΔE 40 39 38 37 36 Mixing one by one S020-4 ΔE* Formula Aid FDP S020-5 ΔE* 35 0 2 4 6 8 10 12 min FDP S020-5 Mixing one by one S020-4

Technical advantages IMMEDIATE DISPERSIBILITY After five minutes mixing the pigments dispersion is completed and perfectly homogeneous. What does it mean? You will speed up the manufacturing process: less energy and less resources used. The dispersion phase will not be a critical step in the manufacturing process.

IMMEDIATE DISPERSIBILITY * FDP and WCP treated pigments give you more freedom in the manufacturing process: the pigment phase can be added even after the emulsion formation. ** Dispersion with turbine impeller at 1000 rpm.

Technical advantages GREAT TEXTURE FDP and WCP pigments act like texturizers: the touch and the creaminess of the finished product are improved. What does it mean? By using the pigments your texture will have a great touch, a unique sensorial profile and you won t need to add further texturizers.

Technical advantages NO MILLING REQUIRED FDP and WCP pigments do not need to be pre-mixed before use, they can be added directly to the lipo phase. What does it mean? You will speed up the manufacturing process: less energy and less resources used. The dispersion phase will not be a critical step in the manufacturing process.

Technical advantages NO PREDISPERSION REQUIRED The immediate pigment dispersibility prevent the preparation of monochromatic base to be used for the color matching. What does it mean? You will speed up the manufacturing process: less energy and less resources used. The dispersion phase will not be a critical step in the manufacturing process.

Technical advantages TIME SPEED FDP and WCP treated pigments are time saving. What does it mean? Disperse immediately, no need to premix, no need for color matching, no need to add further ingredients like texturizers. Count and sum the time needed to perform dispersion, premix, color matching and texturizers addition and you will have the time saved. Think about the list of possible problems you could face during those 4 steps and imagine to get rid of them!

Technical advantages SCALABILITY The scale up from the laboratory to the manufacturing process will be without bad surprise: the color is the one you wanted to get. What does it mean? You don t need to plan this step during a product development.

Technical advantages COLOR CONSISTENCY There is no color change from batch to batch. What does it mean? The color matching will not be necessary, as you will be sure to get always the same shade.

Technical advantages NO FINAL COLOR MATCHING NEEDED The pigment color consistency makes it possible to skip the color matching stage at the end of the manufacturing process. What does it mean? You will be sure to get always the same shade.

PRODUCT LINE For standard/pale shades 1. Silicone treated (FDP series) for silicone-based formulations 2. Metal soap treated (WCP series) for non silicone-based formulations For darker shades 1. Silicone treated (FDP Da* series) for silicone-based formulations 2. Metal soap treated (WCP Da* series) for non silicone-based formulations *Da stands for Dark

FDP series Standard grade: FDP-C-Color3 Talc, CI 77891, Pigment (except for White), Hydrogen Dimethicone, Aluminum Hydroxide Dark grade: FDP-C-Da-Color Pigment (except for White), Talc, Hydrogen Dimethicone

Silicone treated (FDP series) references: Code Trade Name INCI name JN00000032 FDP-C-White3 Talc, CI 77891, Hydrogen Dimethicone, Aluminum Hydroxide JN00000034 FDP-C-Yellow3 Talc, CI 77891, CI 77492, Hydrogen Dimethicone, Aluminum Hydroxide JN00000033 FDP-C-Red3 Talc, CI 77891, CI 77491, Hydrogen Dimethicone, Aluminum Hydroxide JN00000035 FDP-C-Black3 Talc, CI 77891, CI 77499, Hydrogen Dimethicone, Aluminum Hydroxide JN00000012 FDP-C-Pa-White Talc, Hydrogen Dimethicone JN00000010 FDP-C-Da-Yellow CI 77492, Talc, Hydrogen Dimethicone JN00000009 FDP-C-Da-Red CI 77491, Talc, Hydrogen Dimethicone JN00000011 FDP-C-Da-Black CI 77499, Talc, Hydrogen Dimethicone JN00000024 FDP-C-Blue Talc, CI 77007, Silica, Hydrogen Dimethicone JN00000023 FDP-C-Green CI 77288, Talc, Hydrogen Dimethicone, Methicone JN00000036 FDP-C-Pink Talc, CI 77007, Methicone, Hydrogen Dimethicone

Example of Standard grade: FDP-C-Color3 Typical composition (FDP-C-Yellow3) INCI Name % Talc 32 CI 77891 39 CI 77492 25 Hydrogen Dimethicone 3 Aluminum Hydroxide 1

Example of Dark grade: FDP-C-Da-Color Typical composition (FDP-C-Da-Yellow) INCI Name % Talc 49 CI 77492 49 Hydrogen Dimethicone 2

WCP-2039 series Standard grade (WCP-2039-Color3) CI 77891, Talc, Pigment (except for White), Magnesium Stearate, Aluminum Hydroxide, Mica, Stearic Acid Dark grade (WCP-2039-Da-Color3) Talc, Pigment (except for White), Magnesium Stearate, CI 77891, Mica, Aluminum Hydroxide, Stearic Acid

Example of Standard Grade WCP-2039-Color3 Typical composition (WCP-2039-Yellow3) INCI Name % CI 77891 45 Talc 21 CI 77492 20 Magnesium Stearate 10 Aluminum Hydroxide 2 Mica 1 Stearic Acid 1

Example of Dark Grade WCP-2039-Da-Color3 Typical composition (WCP-2039-Da-Yellow3) INCI Name % Talc 39 CI 77492 39 Magnesium Stearate 10 CI 77891 8 Mica 1 Aluminum Hydroxide 1 Stearic Acid 1

Magnesium Stearate treated (WCP series) references: Code Trade Name INCI name JN00000028 WCP-2039-White3 CI 77891, Talc, Magnesium Stearate, Aluminum Hydroxide, Mica, Stearic Acid JN00000026 WCP-2039-Yellow3 CI 77891, Talc, CI 77492, Magnesium Stearate, Aluminum Hydroxide, Mica, Stearic Acid JN00000027 WCP-2039-Red3 CI 77891, Talc, CI 77491, Magnesium Stearate, Aluminum Hydroxide, Mica, Stearic Acid JN00000025 WCP-2039-Black3 CI 77891, Magnesium Stearate, Talc, CI 77499, Aluminum Hydroxide, Mica, Stearic Acid JN00000016 WCP-2039-Pa-White3 Talc, Magnesium Stearate, CI 77891, Mica, Aluminum Hydroxide, Stearic Acid JN00000030 WCP-2039-Da-Yellow3 Talc, CI 77492, Magnesium Stearate, CI 77891, Mica, Aluminum Hydroxide, Stearic Acid JN00000031 WCP-2039-Da-Red3 Talc, CI 77491, Magnesium Stearate, CI 77891, Mica, Aluminum Hydroxide, Stearic Acid JN00000029 WCP-2039-Da-Black3 Talc, CI 77499, Magnesium Stearate, CI 77891, Mica, Aluminum Hydroxide, Stearic Acid

APPLICATION/HOW TO USE FDP and WCP, thanks to their fast dispersibility, can really shorten the manufacturing process in terms of time and complexity (see slides 6-19 for Technical Advantages ). FDP, having a hydrophobic silicone-surface treatment, are specifically designed for the formulation of silicone-based products; while WCP, with a hydrophobic treatment, are suitable for nonsilicone products. Application: type of formulation W/S, S/W emulsions O/W, W/O emulsions Water-based systems (gels) Pressed and loose powders Application: type of cosmetic product Liquid foundation, BB Cream, CC Cream Concealer, Primer Face powder Blush

APPLICATION/HOW TO USE W/S or S/W emulsions application Disperse FDP into a fluid silicone, eventually in the presence of a wetting agent. Then, add this dispersion to the rest of the lipidic phase before the emulsification step. Otherwise, prepare the whole silicone phase (emulsifier, fluids, crosspolymers and so on) and disperse FDP directly into that. At lab scale, an efficient vertical stirrer equipped with a turbine impeller* is enough to get a proper dispersion. FDP can even be dispersed into the finished emulsion and this, together with the high color reproducibility typical of these pigments, makes the final color adjustment not an issue anymore. In this case, it is advisable to apply high shear or, better, to use a homogenizer. *turbine impeller

APPLICATION/HOW TO USE O/W or W/O emulsions application Disperse WCP into a fluid oil, eventually in the presence of a wetting agent. Then, add this dispersion to the rest of the lipidic phase before the emulsification step. Otherwise, prepare the whole oil phase (emulsifier, fluids, crosspolymers and so on) and disperse WCP directly into that. At lab scale, an efficient vertical stirrer equipped with a turbine impeller is enough to get a proper dispersion. WCP can be even dispersed into the finished emulsion and this, together with the high color reproducibility typical of these pigments, makes the final color adjustment not an issue anymore. In this case, it is advisable to apply high shear or, better, to use a homogenizer.

APPLICATION/HOW TO USE Water-based systems application Despite their hydrophobicity, FDP and WCP can be dispersed into water-based systems as well (water suspensions, gel). According to our experience, we suggest to pre-wet pigments into glycols, such as Butylene Glycol, in the presence of a hydrophilic wetting agent. Good results can be obtained using PEG-26-PPG-30 Phosphate. This predispersion can be added to the water phase, or water added into it. Pressed and loose powders They can be used like any other pigment. No particular suggestion is necessary.

COVERAGE Generally, the following % of pigments are suggested to obtain different coverage: High coverage: 15-20% Medium-high coverage: 12-15% Medium-low coverage: 8-12% Low coverage: 5-8%

Formulations examples EM3-2-32 - Velvety W-S CC Cream EM3-2-07 - Sun-protecting and moisturizing W-S BB Cream - SPF 25 EM4-1-02 - Fluid Moisturizing S-W Foundation with Glass Beads EM3-2-08 - W-S Long-Lasting Foundation with Glass Beads PO2-1-10 - Creamy Pressed Face Powder PO2-1-09 - Velvety Pressed Face Powder PO2-1-07 - Translucent Pressed Face Powder GE3-0-05 - Fluid Powder Foundation

PRODOTTI GIANNI S.p.A. Via M.F. Quintiliano, 30 20138 MILANO (Italy) Tel. +39 02 5097 211 Fax +39 02 5097 313 www.cosmesi.it