من خلال التحكم الدقيق في سمك طلاء ثاني أكسيد التيتانيوم، تنتج سلسلة التداخل ألوانًا ذهبية وأحمر وأرجوانيًا وأزرقًا وأخضرًا وغيرها من الألوان المتغيرة للتداخل التي تشبه قوس قزح والتي تضفي بريقًا. لون هذه السلسلة من المنتجات ناتج بالكامل عن تداخل الضوء المادي. إن اختلاف المسار البصري بين الضوء المنعكس لثاني أكسيد التيتانيوم ذو معامل الانكسار العالي والضوء المنعكس للميكا ذو معامل الانكسار المنخفض يتداخل مع الألوان المختلفة.
حجم الجسيمات :
5-25μm,10-60μm,10-100μmالنظام (موك) :
25kgدفع :
TT, LC,paypal, DPوسم :
TUOCAIميناء الشحن :
Shanghaiفترة إنتاج :
3-7days| نموذج | لون | حجم الجسيمات | ميكا | TiO2 | SnO2 |
| TC2001 | الساتان الذهبي | 5-25 ميكرومتر | √ | √ | √ |
| TC2011 | الساتان الأحمر | 5-25 ميكرومتر | √ | √ | √ |
| TC223 | الساتان الأرجواني | 5-25 ميكرومتر | √ | √ | √ |
| TC231 | الساتان الأخضر | 5-25 ميكرومتر | √ | √ | √ |
| TC249 | فلاش الذهب | 10-100 ميكرومتر | √ | √ | √ |
| TC289 | فلاش أزرق | 10-100 ميكرومتر | √ | √ | √ |
| TC205 | لؤلؤة الذهب | 10-60 ميكرومتر | √ | √ | √ |
| TC215 | اللؤلؤة الحمراء | 10-60 ميكرومتر | √ | √ | √ |
| TC217 | لؤلؤة البرتقال | 10-60 ميكرومتر | √ | √ | √ |
| TC219 | الفضة الأرجوانية | 10-60 ميكرومتر | √ | √ | √ |
| TC225 | لؤلؤة زرقاء | 10-60 ميكرومتر | √ | √ | √ |
| TC235 | اللؤلؤة الخضراء | 10-60 ميكرومتر | √ | √ | √ |
من خلال التحكم الدقيق في سمك طلاء ثاني أكسيد التيتانيوم، تنتج سلسلة التداخل ألوانًا ذهبية وأحمر وأرجوانيًا وأزرقًا وأخضرًا وغيرها من الألوان المتغيرة للتداخل التي تشبه قوس قزح والتي تضفي بريقًا. لون هذه السلسلة من المنتجات ناتج بالكامل عن تداخل الضوء المادي. إن اختلاف المسار البصري بين الضوء المنعكس لثاني أكسيد التيتانيوم ذو معامل الانكسار العالي والضوء المنعكس للميكا ذو معامل الانكسار المنخفض يتداخل مع الألوان المختلفة.
إقرأ المزيد
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.
إقرأ المزيد
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.
إقرأ المزيد
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.
إقرأ المزيد
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.
إقرأ المزيد
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.
إقرأ المزيد
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.
إقرأ المزيد
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.
إقرأ المزيد
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.
إقرأ المزيد
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.
إقرأ المزيد
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.
إقرأ المزيد
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.
إقرأ المزيد
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.
إقرأ المزيد
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منتجات جديدة
