간섭 시리즈 진주광택 안료 진주 분말

이산화티타늄의 코팅 두께를 정밀하게 제어함으로써 간섭 시리즈는 금색, 빨간색, 보라색, 파란색, 녹색 및 기타 무지개와 같은 간섭 변화 색상을 생성하여 광택을 부여합니다. 이 시리즈 제품의 색상은 전적으로 물리적인 빛의 간섭으로 인해 발생합니다. 굴절률이 높은 이산화티타늄의 반사광과 굴절률이 낮은 운모의 반사광 사이의 광로 차이로 인해 색상 차이가 발생합니다.

By precisely controlling the coating thickness of titanium dioxide,interference series produces gold, red, purple, blue, green and other rainbow-like interference-changing colors that impart luster. The color of this series of products is completely caused by the interference of physical light. The optical path difference between the reflected light of high refractive index titanium dioxide and the reflected light of low refractive index mica interferes with different colors.

By precisely controlling the coating thickness of titanium dioxide,interference series produces gold, red, purple, blue, green and other rainbow-like interference-changing colors that impart luster. The color of this series of products is completely caused by the interference of physical light. The optical path difference between the reflected light of high refractive index titanium dioxide and the reflected light of low refractive index mica interferes with different colors.

By precisely controlling the coating thickness of titanium dioxide,interference series produces gold, red, purple, blue, green and other rainbow-like interference-changing colors that impart luster. The color of this series of products is completely caused by the interference of physical light. The optical path difference between the reflected light of high refractive index titanium dioxide and the reflected light of low refractive index mica interferes with different colors.

By precisely controlling the coating thickness of titanium dioxide,interference series produces gold, red, purple, blue, green and other rainbow-like interference-changing colors that impart luster. The color of this series of products is completely caused by the interference of physical light. The optical path difference between the reflected light of high refractive index titanium dioxide and the reflected light of low refractive index mica interferes with different colors.

By precisely controlling the coating thickness of titanium dioxide,interference series produces gold, red, purple, blue, green and other rainbow-like interference-changing colors that impart luster. The color of this series of products is completely caused by the interference of physical light. The optical path difference between the reflected light of high refractive index titanium dioxide and the reflected light of low refractive index mica interferes with different colors.

By precisely controlling the coating thickness of titanium dioxide,interference series produces gold, red, purple, blue, green and other rainbow-like interference-changing colors that impart luster. The color of this series of products is completely caused by the interference of physical light. The optical path difference between the reflected light of high refractive index titanium dioxide and the reflected light of low refractive index mica interferes with different colors.

By precisely controlling the coating thickness of titanium dioxide,interference series produces gold, red, purple, blue, green and other rainbow-like interference-changing colors that impart luster. The color of this series of products is completely caused by the interference of physical light. The optical path difference between the reflected light of high refractive index titanium dioxide and the reflected light of low refractive index mica interferes with different colors.

By precisely controlling the coating thickness of titanium dioxide,interference series produces gold, red, purple, blue, green and other rainbow-like interference-changing colors that impart luster. The color of this series of products is completely caused by the interference of physical light. The optical path difference between the reflected light of high refractive index titanium dioxide and the reflected light of low refractive index mica interferes with different colors.

By precisely controlling the coating thickness of titanium dioxide,interference series produces gold, red, purple, blue, green and other rainbow-like interference-changing colors that impart luster. The color of this series of products is completely caused by the interference of physical light. The optical path difference between the reflected light of high refractive index titanium dioxide and the reflected light of low refractive index mica interferes with different colors.

By precisely controlling the coating thickness of titanium dioxide,interference series produces gold, red, purple, blue, green and other rainbow-like interference-changing colors that impart luster. The color of this series of products is completely caused by the interference of physical light. The optical path difference between the reflected light of high refractive index titanium dioxide and the reflected light of low refractive index mica interferes with different colors.

By precisely controlling the coating thickness of titanium dioxide,interference series produces gold, red, purple, blue, green and other rainbow-like interference-changing colors that impart luster. The color of this series of products is completely caused by the interference of physical light. The optical path difference between the reflected light of high refractive index titanium dioxide and the reflected light of low refractive index mica interferes with different colors.

By precisely controlling the coating thickness of titanium dioxide,interference series produces gold, red, purple, blue, green and other rainbow-like interference-changing colors that impart luster. The color of this series of products is completely caused by the interference of physical light. The optical path difference between the reflected light of high refractive index titanium dioxide and the reflected light of low refractive index mica interferes with different colors.