銀基礎的透明導電體市場：2011年 是由出版商NanoMarkets在2011年09月所出版的。
這份英文市場調查報告書包含84 Pages 價格從美金2495起跳。
透明導電體的塗布以及薄膜，特別是以奈米銀為基礎的解決方案，在過去2年間吸引了最終使用者的關注以及投資。現在至少有15家公司投入奈米銀透明導電材料的市場，或已經計畫在不久將來要加入該領域。透明導電材料還有其他多種方式，不過沒有如奈米銀如此受到關注的材料。透過使用奈米銀所實現的高導電性，加上現在ITO市場的各種不確定性，以及觸控顯示器感測器等特別適合奈米銀透明導電體的新市場領域出現，促進奈米銀透明導電體使用的市場發展。
本報告，調查分析銀基礎的透明導電體市場動向，彙整技術以及市場動向，提供奈米銀基礎的透明導電體解決方案，分析計畫提供的主要企業的策略，並加入應用別以及奈米銀解決方案別的8年市場預測等，由下列摘要形式闡述。
報告摘要
- 奈米銀基礎的透明導電體如此受到關注的理由
- 銀基礎的透明導電體策略摘要
- 銀基礎的透明導電體技術發展藍圖
- 透明導電體市場的8年預測摘要
- 銀基礎的透明導電體廠商的主要機會分析
- 對顯示器以及太陽能發電業界的影響
- 對奈米銀業務的影響
第1章 簡介
- 本報告的背景
- 本報告的調查目的與調查範圍
- 本報告的調查方式
- 本報告的構成
第2章 奈米銀透明導電體技術以及策略
- 奈米銀於透明導電體的行動發展
- 奈米銀透明導電體的優勢
- 奈米銀透明導電體的行動上課題
- 對於透明導電體的奈米銀、奈米碳管以及石墨烯間的競爭
- Blue Nano
- Cambrios
- CareStream
- Cima NanoTech
- Dow Chemical
- Ferro
- Kodak
- PolyIC
- Saint-Gobain
- Sigma Technologies
- 住友集團
- Suzhou NanoGrid
第3章 奈米銀透明導電體的市場與市場的問題
- 價格問題
- 顯示器產業市場
- 觸控螢幕顯示器
- 次世代顯示器：OLED（有機EL顯示器）以及電子紙
- LCD（液晶）
- 太陽能發電市場
第4章 8年預測
- 預測方式
- 應用別8年預測
- 方式類型別的應用
- 替代情境
關於作者
使用於本報告的首字母縮略字以及省略語
圖表
Abstract
Transparent conductive coatings and films have attracted both end user
interest and investment in the past two years and none more so than
nanosilver-based solutions. There are as many as 15 firms now that have
nanosilver-base transparent conducting materials on the market or who plan to
get into this business in the not-too-distant future. While there are a
variety of other new approaches to transparent conductive materials, no other
material has attracted as much attention as nanosilver.
With the extremely high conductivity possible using nanosilver, this interest
is hardly surprising. And the use of nanosilver transparent conductors has
also been boosted by the many uncertainties that now surround the established
ITO market as well as the emergence of market sectors - notably touch display
sensors - to which nanosilver transparent conductors seem especially well
suited. Cambrios, the "granddaddy" of the nanosilver transparent conductor
industry, is already shipping to commercial customers and appears to be headed
towards profitability.
Given all of the above, nanosilver-based transparent conductors seem well on
their way to being an important success story for the nanomaterials industry.
However, NanoMarkets believes that to understand where the real opportunities
are in the nanosilver-based transparent conductor space a deeper analysis is
required. For example, although not often mentioned, there are differing
approaches using nanosilver as a transparent conductor. Some firms use inks
based on silver nanostructures, some print grids that use nanosilver but are
similar in style to the thick-film silver grids used for solar panels, some
combine nanosilver with other transparent conductors including the classic ITO.
This diversity raises the question of what kind of nanosilver solutions are
best suited to current and future marketplace conditions and beyond that where
nanosilver as a whole fits into the requirements for transparent conductors in
both the display and solar panel industry. Should suppliers of transparent
conductors offer a range of transparent conductors - of which only some will
be silver-based - to take advantage of customer needs? And will nanosilver
and nanotube transparent conductor solutions compete with each other or
complement each other in some way?
This report answers all these questions and more. It also discusses which
sectors of the display and solar panel industry are likely to be most open to
nanosilver transparent conductors. In addition, this report appraises the
strategies of all the major firms offering or planning to offer
nanosilver-based transparent conductor solutions, providing a clear idea of
who the winners and losers in this space will be. Finally, as with all
NanoMarkets reports, this report provides a granular eight-year forecast, with
breakouts by type of application and type of nanosilver solution used.
The report is part of NanoMarkets ongoing coverage of the transparent
conductor market that covers ITO, alternative TCOs, conductive polymers and
transparent conductive nanomaterials. NanoMarkets has been covering these
materials and their applications for six years.
Table of Contents
Executive Summary
- E.1 Why have nanosilver-based transparent conductors attracted so much
attention?
- E.2 Summary of silver-based transparent conductor strategies
- E.3 Roadmap for silver-based transparent conductors
- E.4 Summary of eight-year forecasts of transparent conductor markets
- E.4.1 Analysis of main opportunities for silver transparent conductor
makers
- E.4.2 Implications for display and photovoltaics industries
- E.4.3 Implications for the nanosilver business
Chapter One Introduction
- 1.1 Background to this report
- 1.2 Objective and scope of this report
- 1.3 Methodology of this report
- 1.4 Plan of this report
Chapter Two: Nanosilver Transparent Conductor Technologies and Strategies
- 2.1 Evolution of the nanosilver approach to transparent conductors
- 2.1.1 Advantages of nanosilver transparent conductors
- 2.1.2 Challenges of the nanosilver transparent conductor approach
- 2.1.3 Competition between the nanosilver, carbon nanotube and graphene
approaches to transparent conductors
- 2.2 Blue Nano
- 2.3 Cambrios
- 2.4 CareStream
- 2.5 Cima NanoTech
- 2.6 Dow Chemical
- 2.7 Ferro
- 2.8 Kodak
- 2.9 PolyIC
- 2.10 Saint-Gobain
- 2.11 Sigma Technologies
- 2.12 Sumitomo
- 3.13 Suzhou NanoGrid
Chapter Three: Markets and Market Issues for Nanosilver Transparent Conductors
- 3.1 Pricing issues
- 3.2 Display industry markets
- 3.2.1 Touch-screen displays
- 3.2.2 Next-generation displays: OLEDs and E-paper
- 3.2.3 LCD
- 3.3 Photovoltaics markets
Chapter Four: Eight-year Market Forecasts
- 4.1 Forecasting methodology
- 4.2 Eight-year forecasts by application
- 4.3 Application by type of approach
- 4.4 Alternative scenarios
- About the author
- Appendix of acronyms
銀透明導電體市場在2016年之前將達到超過5億4,000萬美元的規模
2011年09月20日
Global Information, Inc.已開始銷售美國調查公司NanoMarkets所發行的報告書「Markets for Silver-Based Transparent Conductors - 2011 (銀基礎的透明導電體市場：2011年)」
本報告書分析與觸摸式螢幕•顯示器開發有關、對銀•墨水及銀膜的需求。依據NanoMarkets的說法，該技術亦能應用在以往型的平板顯示器(FPD)。而且，預估銀透明導電性材料亦能應用在有機發光二極管(OLED)及電子書顯示器、有機發光二極管照明、薄膜及有機太陽能發電、帶電防止劑及EMI/RFI 防護板。
本調查報告的宗旨
觸摸式螢幕•顯示器事業在開始銀透明導電體事業時是合適的領域，成為處理「透明銀」的大部分企業作為市場行銷策略對象的市場。然NanoMarkets認為觸摸式螢幕的長期收益可能性有限。本報告書預測觸摸式螢幕•傳感器在銀透明導電體市場，於2016年之前只有6,540萬美元的收益。
依據NanoMarkets的說法，本報告書處理的導電性材料為了大幅提高銷售額，處理該材料的企業必須戰勝主要FPD關聯企業對轉換成ITO的抗拒。報告書暗示幸虧已開始顯現最初的徵兆。話雖如此，若不去除阻止進入顯示器市場的大屏障，則銀透明導電體就無法有成為利基產業的可能性。
另一方面，以往型的顯示器業界若對銀透明導電體打開門戶，則該市場需要供給新形態的材料。採取與大型顯示器製造商相同的ITO濺鍍加工法，將來各家顯示器公司能加工獨自的透明銀導體。目前在以墨水作為主力的銀透明導電體市場之市佔率雖然很小，然有取代處於優勢地位之企業、迅速成長的可能性。此外，NanoMarkets預測玻璃基板的銀透明導電體市場亦將成長。
