색조화장에 사용되는 진주광택 안료의 특성 = Characteristics of Pearlescent Pigment using in Make-up Cosmetics

다국어 초록 (Multilingual Abstract)

We investigated the morphological characteristics of the pearlescent pigment by using scanning electron microscope, energy dispersive X-ray spectrometry and thermal analyzer. The result is that the shape of pigment is platy polygonal form through observing the pearlescent pigment by the scanning electron microscope. The size of pigment is various and not formed in standardized size or shape. The pigment flakes were measured about from $30{\mu}m$ to $300{\mu}m$. The tip of the piece of pigment is pointed shape or angled. The result of observing them by the scanning electron microscope in magnifying high power is that the edge and the lateral face of them is an round form and the measurement of thickness is about $9{\mu}m$. As well using the high magnification scanning electron microscope, the surface of the pigment flake observed like rugged as coating with the $TiO_2$ element, the diameter of the coating particle is around 60 nm, then the coating particle consists of granular substance. Analysis of the configuration elements of pearlescent pigment using by the energy dispersive X-ray spectrometry is that O, Si, C, Na, Ca, Ti, Zn detected in the surface of pigment and its lateral face identifies similar components. In thermal analysis, there are no contained quantity differences between them in beginning from $100^{\circ}C$ to $800^{\circ}C$ showing thermal analysis, 1.1% out of contained quantity reduced at $115^{\circ}C$, 1.7% dropped at $416^{\circ}C$, and 1.9% decreased at $797^{\circ}C$.

참고문헌 (Reference)

1 Tan J, "The preparation and characteristics of cobalt blue mica coated titania pearlescent pigment" 52 : 215-222, 2002

2 Jing C, "The preparation and characteristics of cobalt blue colored mica titania pearlescent pigment by microemulsions" 75 : 766-769, 2007

3 Tan J, "The preparation and characteristics of a multi-cover-layer type, blue mica titania, pearlescent pigment" 56 : 93-98, 2003

4 Bayat N, "Synthesis of white pearlescent pigments using the surface response method of statistical analysis" 123 : 251-259, 2007

5 Osterhold M, "Rheological methods for characterising modern paint systems" 40 : 131-137, 2000

6 Tan J, "Preparation and conductive mechanism of mica titania conductive pigment" 62 : 107-114, 2004

7 Panina N, "Polymorph prediction of organic pigments" 79 : 183-192, 2008

8 Tohidifar MR, "Optimization of the synthesis of a nano-sized mica-hematite pearlescent pigment" 109 : 137-142, 2008

9 Mitsui T, "New Cosmetic Science" Nanzando Co. Elsevier science 370-405, 1993

10 Bertaux S, "New (oxy)nitride pearlescent pigment" 121 : 137-144, 2005

11 Hanchisu S, "Nacreous pigments" 3 : 191-220, 1975

12 Xu Y, "Mica-TiO2 pearlescent pigments and its application in metallic paints" 6 : 24-25, 1995

13 Smith M, "High performance pigments" Wiley-VCH 77-, 2002

14 Maile FJ, "Effect pigments-past, present and future" 54 : 150-163, 2005

15 Young Cheol Ryu, "Effect of substrate on the phase transformation of TiO₂ in pearlescent pigment" 한국공업화학회 14 (14): 213-218, 2008

16 Lee HW, "Characteristics of inorganic pigments used for cosmetics" 11 : 7-15, 1994

17 Tenorio Cavalcante PM, "Ceramic application of mica titania pearlescent pigments" 74 : 1-8, 2008