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圖表8COC樹脂擁有高折射率和低分散的特點-行業數據

圖表8COC樹脂擁有高折射率和低分散的特點
圖表8COC樹脂擁有高折射率和低分散的特點
ZEONEX—COP/日本大阪氣體化學— OKP系列，其中三井化學和瑞翁是全球光學鏡頭材料這一市場的主要玩家，其生產的 COC/COP 材料也是最常用的光學透明塑料。根據 APEL 樹脂相關推介材料，該材料主要應用于凸透鏡和傳感器側的透鏡，對鏡頭的成像能力起到關鍵作用。
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圖表8COC樹脂擁有高折射率和低分散的特點_第1頁
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圖表8COC樹脂擁有高折射率和低分散的特點_第2頁
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圖表8COC樹脂擁有高折射率和低分散的特點_第3頁
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圖表8COC樹脂擁有高折射率和低分散的特點_第4頁
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圖表8COC樹脂擁有高折射率和低分散的特點_第5頁
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圖表8COC樹脂擁有高折射率和低分散的特點_第6頁
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圖表8COC樹脂擁有高折射率和低分散的特點_第7頁
圖表8COC樹脂擁有高折射率和低分散的特點_第8頁
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圖表8COC樹脂擁有高折射率和低分散的特點_第9頁
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圖表8COC樹脂擁有高折射率和低分散的特點_第10頁
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圖表8COC樹脂擁有高折射率和低分散的特點_第11頁
圖表8COC樹脂擁有高折射率和低分散的特點_第12頁
圖表8COC樹脂擁有高折射率和低分散的特點_第13頁
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圖表8COC樹脂擁有高折射率和低分散的特點_第14頁
圖表8COC樹脂擁有高折射率和低分散的特點_第15頁
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圖表8COC樹脂擁有高折射率和低分散的特點_第16頁
圖表8COC樹脂擁有高折射率和低分散的特點_第17頁
圖表8COC樹脂擁有高折射率和低分散的特點_第18頁
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圖表8COC樹脂擁有高折射率和低分散的特點_第19頁
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圖表8COC樹脂擁有高折射率和低分散的特點_第20頁
圖表8COC樹脂擁有高折射率和低分散的特點_第21頁
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圖表8COC樹脂擁有高折射率和低分散的特點_第24頁
圖表8COC樹脂擁有高折射率和低分散的特點_第25頁
圖表8COC樹脂擁有高折射率和低分散的特點_第26頁
圖表8COC樹脂擁有高折射率和低分散的特點_第27頁
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圖表8COC樹脂擁有高折射率和低分散的特點_第28頁
圖表8COC樹脂擁有高折射率和低分散的特點_第29頁
圖表8COC樹脂擁有高折射率和低分散的特點_第30頁
圖表8COC樹脂擁有高折射率和低分散的特點_第31頁
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
所屬報告： 基礎化工行業：COC材料產業化加速國產替代空間廣闊-230720（23頁）.pdf
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