A two-group organization to cultivate innovation and know-how.
Our research group and formulation development group work together to fulfil our customers’ needs and help them shape their future projects.
DAITO KASEI is before all a manufacturing company. However, many ingredients developed by our research group with our original technology are not necessarily meant be commercialized right away. Developing ingredients is also a way for us to cultivate our know-how, improve our technology and in the end provide our customers with better solutions. We believe this is the very purpose of having advanced technological capabilities.
Newly developed ingredients always undergo a practical evaluation process. Our developers test the products on their own skin rather than animals giving them truly first-hand knowledge of the effects. It is also capital to find how best to use these ingredients and to evaluate their stability over time in the harshest storage conditions.We have application & development groups in France, China, and Thailand to meet the diverse needs of our customers all over the world.
DAITO KASEI EUROPE
Since 2010
DAITO KASEI CHINA
Since 2013
DCAC
DAITO CHEMICO ASIA
COLOR COSMETICS CENTER
Joint facilities with CHEMICO group since 2018
Despite strict screening, DAITO KASEI has been able to participate in many IFSCC (International Federation Society of Cosmetic Chemists) congresses since our first participation at the Venice congress of 1994. After Venice congress, we made oral presentations at the Orlando congress in 2004 and 2016, and at the London congress in 2022.
| Year | Place | Title |
|---|---|---|
| 1994 | Venice （Italy） |
Development of Surface Treated Pigments with Perfluoroalkyl Phosphate ★ |
| 2004 | Orlando （the US） |
Organic Color (Anti-Bleeding) Treated Pearl Pigments ★ |
＜Presentations at the IFSCC (last 10 years)＞
| 2014 | Paris (France) |
Novel soft touch spherical beads from methyl (di-/tri-)methoxysilane,using easy aqueous solution reaction |
| Advantage of Surface Treated Pigments for Wet Slurry Pressing Method | ||
| Influence of Various Unique Shaped Materials on Mascara Performance | ||
| Morphological control of Zinc Oxide and Application to Cosmetics | ||
| Potential use of a novel polysaccharide as a skin care material for atopic dermatitis | ||
| 2015 | Zurich (Switzerland) |
Development of the novel polyacrylic ester beads which excelled in moisture retention, mixture stability and application to cosmetics |
| Effect of sacran on human skin and a possibility of the applicability to the cosmetics of sacran/polyol composites | ||
| 2016 | Orlando (the US) |
Unique “Shape Retaining Function” of Biodegradable Fiber, and its Application for Mascara Formulation |
| Development of Novel Make-up Powder Cosmetics Prepared by Simple Dry Pressing Process, Showing the Advantages from Wet Slurry Pressing Process | ||
| Development of the non-spherical polylactic acid powder and application to cosmetics | ||
| The unique emulsification property of the pigments treated with amphiphilic compounds and their application to cosmetics | ||
| The new proposal of a feeling evaluation system for surface treated pigments | ||
| 2017 | Seoul (Korea) |
Sacran, a natural polysaccharide, functions to defend the skin against air pollutants |
| 2018 | Munich (Germany) |
Development of the transparent huge size emulsion using novel super hydrophilic cellulose beads |
| A proposal for make-up products with anti-pollution effects -Skin protection of Sacran-treated powders against tobacco-smoke- |
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| Frictional and tactile analysis for cosmetic powders focused on SHITTORI touch feeling | ||
| Texture affects the optical properties and pore- and wrinkle-covering effect | ||
| 2020 | Online events | Water-Based Manicure Formulation Showing Equivalent Properties to Those of Solvent-Based Manicure Formulations |
| Development of new deodorant powder by surface treatment with magnesium hydroxide | ||
| Cellulose Bead Modifications and Functions in Cosmetic Applications | ||
| Tactile evaluation of cosmetic materials using hierarchical sensory analysis (Joint research with YAMAGATA university) | ||
| 2022 | London (the UK) |
The approach for SDGs based on cultivation of Suizenji-nori, as a raw material of the ingredient, Sacran, for cosmetics ★ |
| Development of novel cosmetic formulation using spherical cellulose beads, “feeling like using silicone elastomer beads” | ||
| Characteristics of natural derived surface treated pigments for the achievement of SDGs | ||
| Study of cosmetic applications with unmodified cellulose fiber as novel gel type ingredient |
★・・・Our first presentation at IFSCC ★・・・Oral presentation
＜The 19th International Cyclodextrin Symposiu＞
| 2018 | Tokyo | Solubilization of ultraviolet absorbers by cyclodextrin and application for cosmetics |
＜2nd IPCE (Intercontinental Personal Care Excellence) Conference＞
| 2018 | SESTRI LEVANTE (Italy) |
Sacran, a Natural Polysaccharide, Functions to Defend The Skin against Air Pollutants |