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高性能不織布のディスラプティブ技術:10ヶ年予測

Ten-Year Forecast of Disruptive Technologies for High Performance Nonwovens to 2028

発行 Smithers Pira 商品コード 674730
出版日 ページ情報 英文 106 Pages
納期: 即日から翌営業日
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本日の銀行送金レート: 1USD=112.33円で換算しております。
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高性能不織布のディスラプティブ技術:10ヶ年予測 Ten-Year Forecast of Disruptive Technologies for High Performance Nonwovens to 2028
出版日: 2018年09月25日 ページ情報: 英文 106 Pages
概要

世界の不織布市場は、2017年に1,010万トンで、423億米ドルに達しました。市場は、今後5年間に年間6.2%の成長が見込まれています。

当レポートでは、高性能不織布について調査分析し、現在・将来の技術状況、技術開発の予測、ディスラプティブ技術の応用の機会などについて、体系的な情報を提供しています。

イントロダクション

高性能不織布の主要促進要因と動向

  • 主要促進要因と動向
    • 地域別の動向
  • 現在の技術の課題
  • アンメットニーズ
  • 競合情勢
    • 主要企業
    • 新興企業
  • 規制情勢、現在と予測
  • 機会と脅威

高性能不織布における主要25社のディスラプティブ技術

  • イントロダクション
  • ディスラプティブなプロセス技術
    • 持続可能な製造/製品
    • 予測分析プロセス制御
    • シングルステップ:樹脂から製品製造
    • 不織布プロセスの統合
    • 高度な製造
    • ステップ変更コストの削減
  • ディスラプティブな原材料技術
    • 生分解性ポリマー
    • マイクロファイバー/ナノファイバー紡績
  • マルチコンポーネントファイバー紡績
    • 特殊天然繊維
    • 触媒とポリマー合成
    • 特殊合成ポリマー
    • 熱可塑性エラストマー
    • ディスラプティブな製品技術
  • 複合材料
    • リチウムイオン電池セパレーター
    • ナノテクノロジー
    • アクティブ/インテリジェントパッケージング
    • 耐久性 (強化)
    • 三次元スパンレイド製品
    • 分散可能製品
    • 導電性テキスタイル
    • センサー・診断製品
  • スマートファブリック
    • 制御放出技術
    • スパンレイドセルロース
  • サマリー
目次

In 2017, the global nonwovens market was 10.1 million tonnes valued at $42.3 billion. It is projected to grow at 6.2% annually over the next five years.

The overall data will be summarized in a scorecard, with probability of success assessed by the level of institutional or academic research, the level of corporate research and the amount of corporate investment; the impact will be assessed by the degree of impact on the global market, as well as its convergence with wider economic trends. The combination of these factors provides an estimate of expected impact.

It is projected to grow at 6.2% annually over the next five years. The identification and commercialization of new, disruptive technologies is critical to the long-term growth of the nonwovens market.

Our exclusive content:

  • Identifies the top 25 disruptive technologies in high-performance nonwoven applications
  • Explosive growth areas for raw material suppliers, end users, and producers
  • Over 100 tables and figures of supportive marketplace data

What methodology is used?

‘Ten-Year Forecast of Disruptive Technologies in High-Performance Nonwovens to 2028’ is based on extensive primary and secondary research. Primary research consisted of interviews with key personnel in the nonwovens supply chain: raw materials, nonwoven substrates, nonwoven converters and nonwoven marketers. Key participants interviewed included nonwovens producers, private label producers, raw material suppliers and general industry experts, major process equipment suppliers and other industry consultants. Secondary research was based on information acquired from technical literature, reports, papers, conference proceedings, company information and other trade, business or government sources.

What will you discover?

  • This report will provide an assessment of the current (2018) and projected (2028) technology status, projected key technology developments, and disruptive technology application opportunities in 2018 and projected to 2028.
  • The raw material supplier, the nonwoven producer and the nonwoven end user will get an excellent review of where the most explosive growth in nonwovens is likely to come from through 2028.
  • This report evaluates dozens of potential disruptive technologies for the nonwovens market and identifies the top 25, based on both the probability of success as well as the impact on the global market of such success.

Who should buy this report?

  • Equipment/machinery suppliers
  • Raw materials suppliers
  • Converters
  • Brand owners and retailers
  • Industry consultants and analysts

Table of Contents

Executive summary

Introduction and methodology

Introduction

  • Methodology
  • Definitions

High-performance nonwovens key drivers and trends

  • Key drivers and trends to 2028
    • Regional trends to 2028
  • Current technology challenges
  • Unmet needs
  • Competitive landscape
    • Key players
    • New entrants
  • Regulatory landscape, current and forecast
  • Opportunities and threats

Top 25 disruptive technologies in high-performance nonwovens

  • Introduction
    • Selection of top 25 disruptive technologies for high-performance nonwovens
    • Non-top 25 disruptive technologies reviewed
  • Disruptive process technologies
    • Sustainable manufacturing/product
    • Predictive analytical process control
    • Single step: resin to product manufacturing
    • Integrated nonwoven processes
    • Advanced manufacturing
    • Step change cost reduction
  • Disruptive raw material technologies
    • Biodegradable polymers
    • Microfibre and nanofibre spinning
  • Multi-component fibre spinning
    • Specialty natural fibres
    • Catalysts and polymer synthesis
    • Specialty synthetic polymers
    • Thermoplastic elastomers
    • Disruptive product technologies
  • Composites
    • Lithium ion battery separators
    • Nanotechnology
    • Active/intelligent packaging
    • Durability (enhanced)
    • Three-dimensional spunlaid product
    • Dispersible and flushable products
    • Conductive textiles
    • Sensors and diagnostic products
  • Smart fabrics
    • Controlled release technologies
    • Spunlaid cellulose
  • Summary

List of tables

  • Disruptive technologies for high-performance nonwovens
  • Top 25 disruptive technologies for high-performance nonwovens, 2018 and 2028
  • Key drivers and trends in high-performance nonwovens to 2023
  • Key players and new entrants in high-performance nonwovens
  • Summary of select growth markets that comprise high-performance nonwovens
  • Summary of unmet needs for high-performance nonwovens
  • Summary of key regulations and forecast changes
  • SWOT analysis for nonwovens businesses operating in high-performance segments
  • Disruptive technologies for high-performance nonwovens
  • Top 25 disruptive technologies in high-performance nonwovens, 2018 and 2028
  • Sustainable manufacturing/product scorecard
  • Sustainable manufacturing/product status, 2018 and forecast 2028
  • Sustainable manufacturing/product key developments
  • Sustainable manufacturing/product application opportunities, 2018 and 2028 forecast
  • Predictive analytical process control scorecard
  • Predictive analytical process control status, 2018 and forecast 2028
  • Predictive analytical process control key developments
  • Predictive analytical process control application opportunities, 2018 and 2028 forecast
  • Single step: resin to product manufacturing key developments
  • Single step: resin to product manufacturing application opportunities, 2018 and forecast 2028
  • Single step: resin to product manufacturing scorecard
  • Single step: resin to product manufacturing status, 2018 and forecast 2028
  • Integrated nonwoven processes key developments
  • Integrated nonwoven processes application opportunities, 2018 and forecast 2028
  • Integrated nonwoven processes scorecard
  • Integrated nonwoven processes status, 2018 and forecast 2028
  • Advanced manufacturing key developments
  • Advanced manufacturing application opportunities, 2018 and forecast 2028
  • Advanced manufacturing scorecard
  • Advanced manufacturing status, 2018 and forecast 2028
  • Step-change cost reduction key developments
  • Step-change cost reduction application opportunities, 2018 and forecast 2028
  • Step-change cost reduction scorecard
  • Step-change cost reduction status, 2018 and forecast 2028
  • Biodegradable polymers key developments
  • Biodegradable polymers application opportunities, 2018 and forecast 2028
  • Biodegradable polymers scorecard
  • Biodegradable polymers status, 2018 and forecast 2028
  • Microfibre and nanofibre spinning process key developments
  • Microfibre and nanofibre spinning process application opportunities, 2018 and forecast 2028
  • Microfibre and nanofibre spinning process scorecard
  • Microfibre and nanofibre spinning process status, 2018 and forecast 2028
  • Multi-component fibre spinning key developments
  • Multi-component fibre spinning application opportunities, 2018 and forecast 2028
  • Multi-component fibre spinning scorecard
  • Multi-component fibre spinning status, 2018 and forecast 2028
  • Speciality natural fibres key developments
  • Speciality natural fibres application opportunities, 2018 and forecast 2028
  • Speciality natural fibres scorecard
  • Speciality natural fibres status, 2018 and forecast 2028
  • Catalysts and polymer synthesis key developments
  • Catalysts and polymer synthesis application opportunities, 2018 and forecast 2028
  • Catalysts and polymer synthesis scorecard
  • Catalysts and polymer synthesis status, 2018 and forecast 2028
  • Speciality synthetic polymers key developments
  • Speciality synthetic polymers application opportunities, 2018 and forecast 2028
  • Speciality synthetic polymers scorecard
  • Speciality synthetic polymers status, 2018 and forecast 2028
  • Thermoplastic elastomers key developments
  • Thermoplastic elastomers application opportunities, 2018 and forecast 2028
  • Thermoplastic elastomers scorecard
  • Thermoplastic elastomers status, 2018 and forecast 2028
  • Composites scorecard
  • Composites status, 2018 and forecast 2028
  • Composites key developments
  • Composites application opportunities, 2018 and forecast 2028
  • Lithium ion battery separators scorecard
  • Lithium ion battery separators status, 2018 and forecast 2028
  • Lithium ion battery separators key developments
  • Lithium ion battery separators application opportunities, 2018 and forecast 2028
  • Nanotechnology scorecard
  • Nanotechnology status, 2018 and forecast 2028
  • Nanotechnology key developments
  • Nanotechnology application opportunities, 2018 and forecast 2028
  • Active/intelligent packaging key developments
  • Active/intelligent packaging application opportunities, 2018 and forecast 2028
  • Active/intelligent packaging scorecard
  • Active/intelligent packaging status, 2018 and forecast 2028
  • Durability (enhanced) key developments
  • Durability (enhanced) application opportunities, 2018 and forecast 2028
  • Durability (enhanced) scorecard
  • Durability (enhanced) status, 2018 and forecast 2028
  • Three-dimensional spunlaid product key developments
  • Three-dimensional spunlaid product application opportunities, 2018 and forecast 2028
  • Three-dimensional spunlaid product scorecard
  • Three-dimensional spunlaid product status, 2018 and forecast 2028
  • Dispersible and flushable products key developments
  • Dispersible and flushable products application opportunities, 2018 and forecast 2028
  • Dispersible and flushable products scorecard
  • Dispersible and flushable products status, 2018 and forecast 2028
  • Conductive textiles key developments
  • Conductive textiles application opportunities, 2018 and forecast 2028
  • Conductive textiles scorecard
  • Conductive textiles status, 2018 and forecast 2028
  • Sensors and diagnostic products key developments
  • Sensors and diagnostic products application opportunities, 2018 and forecast 2028
  • Sensors and diagnostic products scorecard
  • Sensors and diagnostic products status, 2018 and forecast 2028
  • Smart fabrics key developments
  • Smart fabrics application opportunities, 2018 and forecast 2028
  • Smart fabrics scorecard
  • Smart fabrics status, 2018 and forecast 2028
  • Controlled release technologies key developments
  • Controlled release technologies application opportunities, 2018 and forecast 2028
  • Controlled release technologies scorecard
  • Controlled release technologies status, 2018 and forecast 2028
  • Spunlaid cellulose scorecard
  • Spunlaid cellulose status, 2018 and forecast 2028
  • Spunlaid cellulose key developments
  • Spunlaid cellulose application opportunities, 2018 and forecast 2028

List of figures

  • High-performance nonwovens value chain, current
  • High-performance nonwovens value chain, forecast
  • High-performance nonwovens value chain, current
  • High-performance nonwovens value chain, forecast
  • Composites
  • Lithium ion battery separators
  • Nanotechnology
  • Predictive analytical process control
  • Single step: resin to product manufacturing
  • Active/intelligent packaging
  • Electro-spinning process
  • Three-dimensional spunlaid product
  • Multi-component fibre spinning
  • Conductive textiles
  • Integrated nonwoven processes
  • Sensors and diagnostic products
  • Smart fabrics
  • Controlled release technologies
  • Advanced manufacturing
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