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市場調查報告書

2016年的化學物質及先進材料的主要技術

2018 Top Technologies in Chemicals and Advanced Materials

出版商 Frost & Sullivan 商品編碼 357619
出版日期 內容資訊 英文 62 Pages
商品交期: 最快1-2個工作天內
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2016年的化學物質及先進材料的主要技術 2018 Top Technologies in Chemicals and Advanced Materials
出版日期: 2018年04月30日 內容資訊: 英文 62 Pages
簡介

本報告提供2016年在各產業中影響最大的主要材料,化學物質及塗料技術之詳細調查,分析、概括這些技術的市場上潛力,應用領域的市場區隔,技術創新形勢,以及IP形勢,並彙整主要資金籌措趨勢,創新生態系統及技術發展·引進方案等資訊。

第1章 摘要整理

  • 主要調查結果

第2章 趨勢分析

  • 預計2016年多功能智慧材料的需求將佔市場大部
  • 選擇手法
  • 化學物質及先進材料的主要技術

第3章 主要詳細技術‐分析

第4章 防腐蝕塗料(防鏽塗料)

  • 塗料被看作為延緩零組件壽命的「防禦最前線」
  • 在IP及資金籌措中被看做新興參與者的中國
  • 產業及運輸部門的大影響
  • 北美主導研究開發支出中國次之
  • 重工業的需求擴大促使防腐蝕塗料技術的創新
  • 防腐蝕塗料相關主要課題

第5章 抗菌塗料

  • 使用了銀的抗菌塗料依然全球引進率最高
  • 因官民的資金支出和IP的穩定成長展現出永續的研究開發力
  • 抗菌塗料因為可排除患者的感染風險,在生物醫療產業中擁有最高可能性
  • 使用了多糖等之天然抗菌劑成為熱門研究對象
  • 具有抗氣味·脫染特性的纖維產品之抗菌塗料引進擴大
  • 抗菌塗料相關主要課題

第6章 生物基材料

  • 支援高性能可再生材料開發的生物基經濟的出現
  • 官民的出資促進消費品,建築,及建設產業上商用化的配合措施
  • 多方面創新的材料組合給廣泛的產業帶來影響
  • 重視可擴張性的研究開發容易廣泛商用化
  • 北美及歐洲──對生質塑膠及生物複合材料來說有利的市場
  • 生物基材料相關主要課題

第7章 碳纖維

  • 高強度與成本優勢的可能性使之持續受關注
  • 美國專利取得及政府的資金提供主導計劃
  • 碳纖維複合材料因其輕量特性,可應用於廣泛的部門
  • 因光纖廠商及OEM的顯著配合措施加速全球規模的引進
  • 預計成本的降低和大規模製造流程的開發將促進引進
  • 碳纖維相關之策略性洞察能力是技術開發商及技術引進者的關心對象

第8章 石墨烯

  • 可擴張性及商用化主張推動市場上引進
  • 全世界中以官民出資來看,中國應可作為研究熱點而興起
  • 多元化形態及可調節的特性讓石墨烯成為各種產業所需的材料
  • 美國及中國這二大石墨烯生產國主導市場
  • 電子產品在今後3年中將是最有效的市場
  • 石墨烯相關課題

第9章 輕量材料

  • 輕量化趨勢產生對高強度先進材料的需求
  • 北美主導IP活動同時也是全球大規模研究開發出資方
  • 今後3年將有愈來愈多的產業推進輕量材料的引進
  • 全球性引進率由於削減排放量及追求高性能材料而加速化
  • 電子產品及大樓建設產業增加成長之勢
  • 輕量材料相關課題

第10章 微膠囊化·奈米封裝技術

  • 藥物輸送及建設產業促進引進
  • 食品和飲料及個人保養品產業在中長期受到莫大影響
  • 中國及歐洲作為研究熱點崛起
  • 美國在技術引進中佔先導地位,同時德國,英國,及中國接近中
  • 北美市場在銷售額方面擁有主導性,即使就投資方來看也是最有效的市場
  • 微膠囊化·奈米封裝技術相關課題

第11章 奈米塗料

  • 大樓,建設及醫療設備出現成為高成長市場
  • 塗料的多基材兼容性促進引進
  • 針對塗料的有效性及安全性提高之大規模出資活動
  • 美國在技術引進中佔先導地位,同時中國在塗料開發中一般認為非常富有魅力
  • 擔憂安全性的消費者態度有可能阻礙短期性影響
  • 奈米塗料相關課題

第12章 自我復甦材料

  • 更長的壽命及出色的耐用性材料的需求
  • 官民出資性能及耐用性的提高是重點領域
  • 油漆和塗料及建設市場在今後5年將受到莫大影響
  • 在技術引進中美國主導,英國及中國推動研究開發的配合措施
  • 具有廣泛應用可能性的高破壞性技術
  • 自我復甦材料相關課題

第13章 智慧包裝

  • 食品和飲料,個人保養品,及醫藥品產業最積極引進
  • 美國及西歐在資金籌措主張中主流,IP申請美國最多
  • 主要的功能依然是標示與檢測
  • 亞太地區在醫療及醫藥品領域的應用是日益興起的急速成長市場
  • 智慧包裝取代傳統系統創造新的商務模式
  • 智慧包裝主要課題
  • 免責聲明

第14章 關於FROST & SULLIVAN

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目錄
Product Code: D83B

Top Chemicals and Materials Technologies Poised to Have Highest Impact in 2018

The research service provides the list of top 10 technologies in the chemicals and advanced materials space that will have a major impact in the year 2018. Each technology is analyzed in terms of its market potential, application segmentation, innovation landscape and IP landscape. Key funding deals and the innovation ecosystem along with the technology development and adoption scenario are also highlighted.

Table of Contents

1.0. EXECUTIVE SUMMARY

  • 1.1. The Chemicals and Materials Industry is Exploring Modified Forms of Traditional Materials
  • 1.2. Materials are Prominently Used To Promote Long Service Life and Encapsulation Processes to Enable Stability of Active Ingredients
  • 1.3. Stakeholders are Also Aiming to Address Scalability Issues for Newly Developed Materials
  • 1.4. Selection Methodology
  • 1.5. Top Technologies in Chemicals and Advanced Materials

2.0. ADVANCED ENCAPSULATION

  • 2.1. Major Flavor and Fragrance Product Developers Drive Technology Development
  • 2.2. IP Filings Dominated by the China and United States Patent Offices, While Funding is Geared Towards the Pharmaceutical Sector
  • 2.3. Food and Pharmaceutical Sectors are Leading in Adoption, while the Consumer Electronics Industry Serves Niche Applications
  • 2.4. Microfluidic-based Processes and Electroactive Encapsulants are Innovations Expected in Future

3.0. ANTI-CORROSION COATINGS

  • 3.1. Adoption is Driven by the Need for Preventive Maintenance in Oil & Gas and Manufacturing Sectors
  • 3.2. The Chinese Patent Office Dominates in IP Filing with Anti-corrosion Coatings in the Oil& Gas and Manufacturing Sectors Being the Major Focus
  • 3.3. Oil and Gas, Energy, and Manufacturing Sectors Lead Adoption of Anti-corrosion Coatings
  • 3.4. Stakeholders are Focused on Developing New Chemistries that are Cost-effective and Environment Friendly

4.0. CONDUCTIVE POLYMERS

  • 4.1. Asia Pacific and North America Anticipated to Drive Market Growth
  • 4.2. China and USPTO Lead in Patent Filing; Technology Experiencing Mix of Both Private and Public Funding
  • 4.3. Sensors, Electronics, and Automotive are Considered to be the Sectors of Highest Impact
  • 4.4. Stakeholders are Targeting to Develop Novel Conductive Polymers for Specialized Applications

5.0. E-GLASS

  • 5.1. Need for Controllable Glass Systems and Energy-efficiency Management Drives Adoption
  • 5.2. IP Filings Governed by Electrochromic Glass Innovations while Funding is Provided for New Product Commercialization
  • 5.3. Highest Demand in Automotive and Building and Construction Sectors
  • 5.4. Future Innovations Include Large-sized E-glass and Self-tinting Coatings

6.0. HIGH PERFORMANCE BIOCOMPOSITES

  • 6.1. Automotive & Healthcare are the Most Attractive Markets for High Performance Biocomposites
  • 6.2. Private and Venture Capitalists are Investing on Companies Developing Biocomposites to Replace Synthetic Counterparts
  • 6.3. Biocomposites Will Have Significant Impact on the Healthcare and Personal Care Industries in the Next Three Years
  • 6.4. Development of Biocomposites with Biodegradable Polymer Matrices and Natural Fillers is on the Rise

7.0. INTELLIGENT PACKAGING

  • 7.1. Multi-functionality is Key to Adopt Intelligent Packaging Over Other Forms
  • 7.2. Technology Development is Gaining Traction Owing to Increasing Availability of Funding
  • 7.3. FMCG, Electronics, Food and Beverages, and Pharmaceuticals Sectors Have Well-established platforms
  • 7.4. 3D Integration of Sensors and Chips into the Packaging is Expected to Increase in the Next Three Years

8.0. NANOHYBRIDS

  • 8.1. Nanohybrids Impart Multifunctionality Features to End Products
  • 8.2. China Leads in IP Filings with Governmental Organizations Acting as Key Funding Agencies
  • 8.3. Healthcare, Automotive, and Electronics Industries Drive Adoption of Nanohybrids
  • 8.4. Innovations Spread across Nanomaterials, Nanocoatings and Nanoparticles for Various Industries

9.0. SELF-HEALING MATERIALS

  • 9.1. Materials Facilitating Development of Products with Reduced Maintenance Cost and Long Service Life
  • 9.2. China Leads in IP Filing; Private Funding is Prominent Globally
  • 9.3. Aerospace, Automotive, and Building and Construction Sectors Will Have High Impact in the Next 3 Years
  • 9.4. Companies Focusing on Developing Multifunctional Materials to Address Application-specific Requirements

10.0. SUPER ENGINEERED POLYMERS

  • 10.1. Enhanced Performance Characteristics Compared to Traditional Polymers Drive Material Adoption
  • 10.2. USPTO has Published the Maximum Number of Patents; Funding Skewed Towards Technology Development
  • 10.3. Automotive, Aerospace, and Electronics Sectors are Leading in Technology Adoption
  • 10.4. Stakeholders Focus on Developing Bio-based Polymers and Reinforced Polymers

11.0. ULTRA HIGH STRENGTH METALS

  • 11.1. Disruptive Advancements of Ultra High Strength Metals Enable Potential Applications in the Aerospace and Oil and Gas Industries
  • 11.2. Asia Leads in IP Filing with Active R&D Efforts by Major Steel Manufacturers
  • 11.3. Automotive and Aerospace Sectors Lead in Ultra High Strength Metals' Adoption
  • 11.4. Technology Advancements to Keep Pace with Composite Materials Required to Drive Widespread Adoption Across Industries
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