I. Introduction
1. Research Background
2. Research Methodology and Scope
3. Terms Definition
II. Touch Panel Market Forecast (2009~2017)
1. Application Segment
2. Total Touch Panel Market Forecast
2.1. Unit
2.2. Area
2.3. Value
2.4. Touch Panel Market Index Chart
3. Touch Panel Market Forecast by Application
3.1. Unit
3.2. Area
3.3. Value
4. Touch Panel Market Forecast by Technology
4.1. Unit
4.2. Area
4.3. Value
5. Touch Panel Market Forecast by Size
5.1. Unit
5.2. Area
5.3. Value
6. Pro-cap Touch Panel Market Forecast by Layer Type
6.1. Unit
6.2. Area
III. 空隙(Air gap) vs. 贴合(direct bonding)
1. Smart Device – ’阅读设备’
2. 空隙填充的优点
2.1. Overall
2.2. 光反射原理
2.3. 提高空隙填充时的透光率
2.4. 降低反射技术
2.5. 提高户外可视因素
2.6. 提高空隙填充对比度
2.7. 提高耐久度
2.8. 空隙填充与技术趋势
IV. 触控面板结构层分析
1. 电阻膜 - FFF, FFG, FGG
2. 电容式
2.1. GFF
2.2. GG
2.3. G1F
2.4. GF2
2.5. GF1/GG1
2.6. G2/G1
2.7. In-cell/On-cell
3. 总论
3.1. 前言
3.2. 防反射膜或感应保护膜使用情况
3.3. 额外Decoration膜使用情况
3.4. 综合 –贴合层结构数
3.5. 触控结构层与预测-智能型手机
3.6. 触控结构层与预测-平板计算机
3.7. 触控结构层与预测-笔记本电脑
3.8. 触控结构层与预测-AIO PC
V. 触控面板中主要产品的贴合层数量及厚度分析
1. Outline
2. Smartphones and Touch Layers
2.1. Samsung (5 models) and Apple (3 models)
2.2. Lenovo (2 models), LG (2 models), Huawei (2 models), ZTE (4 models)
2.3. HTC (4 models), Nokia (4 models), Coolpad (2 models)
2.4. Google, Sony, Motorola, Xiaomi (2 models), Blackberry, Vodafone, and Fujitsu
2.5. Smartphone by Touch Layers - GFF
2.6. Smartphone by Touch Layers - G2
2.7. Smartphone by Touch Layers - GG
2.8. Smartphone by Touch Layers - AMOLED On-cell
2.9. Smartphone by Touch Layers - LCD In-cell
2.10. Smartphone by Touch Layers – GF1
2.11. Typical Stack and Thickness by Layer Type - GFF, GF1
2.12. Typical Stack and Thickness by Layer Type - G2, GG
2.13. Typical Stack and Thickness by Layer Type - AMOLED On-cell, LCD In-cell
3. Tablet PC and Touch Layers
3.1. Apple (3 models) and Samsung (2 models)
3.2. Google (2 models), Microsoft, ASUS, Barns and Nobles, HP, Huawei, and Toshiba
3.3. Tablet PC by Touch Layers - GFF
3.4. Tablet PC by Touch Layers - GF2, G1F
3.5. Tablet PC by Touch Layers - GG, G2
3.6. Typical Stack and Thickness by Layer Type - GFF, GF2, G1F
3.7. Typical Stack and Thickness by Layer Type - G2, GG
VI. OCA/OCR 市场前景
1. Total OCA/OCR Market Forecast (USD)
1.1. Total OCA/OCR Market Forecast
1.2. Total OCA/OCR Market Forecast by Size Group
1.3. Total OCA/OCR Market Forecast by OCA and OCR
1.4. Total OCA/OCR Market Forecast by Major Application
2. OCA Market Forecast
2.1. Total OCA Market Forecast (USD, Area)
2.2. Total OCA Demand Forecast by Size Group (Area)
2.3. Total OCA Demand Forecast by Touch Technology (Area)
2.4. Total OCA Demand Forecast by Major Application (Area)
2.5. Total OCA Demand Forecast by OCA Thickness Group (Area)
2.6. Total OCA Market Forecast by OCA Thickness Group (USD)
3. OCR Market Forecast
3.1. Total OCR Market Forecast (USD, Ton)
3.2. Total OCR Demand Forecast by Size Group (Ton)
3.3. Total OCR Demand Forecast by Major Application (Ton)
4. OCA/OCR ASP Forecast
4.1. OCA ASP Forecast by Thickness
4.2. OCR ASP Forecast
5. Market Share
5.1. OCA Market Share Status
5.2. OCR Market Share Status
VII. OCA与OCR对比及技术问题
1. 要求是项及发展方向
2. 贴合材料分类
3. OCA 制造流程
4. OCA 薄膜结构与异形膜
5. OCA 特性选择要素
6. OCR的分类与特性
7. OCA的硬度与其他特性间相互关系
8. 贴合要求特性
9. OCA与OCR的特性对比
10. 半硬化OCA
11. 显示种类 (LCD与OLED)的OCR直接贴合
12. Stencil及Slit Coater OCR涂覆技术的兴起
13. 柔性显示用OCA
14. 预计市场扩大的ITO触控感应
15. 主要OCR/OCA设备供货商
Appendix. 触控面板贴合技术
1. 触控面板制造技术总论
2. OCA 贴合技术 : Soft to Soft, Soft to Hard (Film to Film, Film to Rigid)
3. OCA贴合技术: Hard to Hard - 1 (Rigid to Rigid)
4. OCA贴合技术: Hard to Hard - 2 (Rigid to Rigid)
5. OCA贴合技术- Tact & Alignment
6. OCR 直接贴合技术
7. OCR贴合技术
8. 为成功贴合OCA的技术要素
9. 触控面板沉积技术顺序-电阻膜
10. 触控面板沉积技术顺序- 电容式
10.1. GFF
10.2. GG
10.3. G1F, GF2
10.4. G2, In-cell, On-cell
11. 贴合厚度之区域
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