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湿度管理ファブリック:快適な着心地へ

Moisture management fabrics: key to wearer comfort

発行 Textiles Intelligence 商品コード 312356
出版日 ページ情報 英文 42 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=107.50円で換算しております。
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湿度管理ファブリック:快適な着心地へ Moisture management fabrics: key to wearer comfort
出版日: 2014年09月11日 ページ情報: 英文 42 Pages
概要

湿度管理とは、皮膚から出た水分(汗)を蒸発させるため、生地/衣類の表面へと輸送するプロセスのことです。

当レポートでは、湿度管理の繊維・糸・ファブリックの機能とその応用について調査分析し、デザイン、試験方法、イノベーションなどについて、体系的な情報を提供しています。

サマリー

イントロダクション

ファブリック・衣料における湿度管理の役割

  • 体温調節
  • 基準層
  • 中間層
  • 外層
  • 重さの蓄積を制御
  • 皮膚へのダメージを減らす
  • 微生物の増殖を最小限に抑える

ファブリックにおける水分移動

  • 水分移動に影響を与える要因
  • 重さ/厚さ
  • 繊維の細かさ
  • 繊維の種類
  • 特殊仕上げ
  • 通気性

湿度管理の繊維

  • ポリエステル
  • ポリプロピレン
  • ポリアミド
  • メリノウール
  • 綿
  • 混合

湿度管理の衣類デザイン

  • 湿度管理の衣類デザインに使用するツール
  • ボディマッピング技術
  • Adidas
  • Hohenstein Institute

ファブリックの湿度管理を評価する試験方法

湿度管理ファブリックの応用

  • スポーツウェア
  • アクティブアウトドアウェア
  • 難燃性衣料
  • その他

湿度管理の繊維・ファブリック・衣料におけるイノベーション

見通し

図表

目次
Product Code: 978-1-849784-21-4

Moisture management is the process of transporting moisture in the form of perspiration away from the skin to the outer surface of a fabric or garment where it can evaporate. As such, moisture management provides a number of benefits, including thermoregulation, a reduction of perspiration build-up on a garment, a reduction of blisters and chafing caused by wet garments and a reduction of the proliferation of microorganisms. Originally, moisture management garments were designed specifically for individuals who regularly engage in physical activity, such as extreme athletes, firefighters and the military. However, given the comfort which moisture management garments provide, they are being used to an ever increasing extent in apparel applications which are less technical such as casual wear and sleepwear. Much research effort has been concentrated on designing and developing moisture management fabrics as companies aim to enhance their functionality by imparting cooling sensations, ultraviolet (UV) protection and antimicrobial efficacy. This report provides a wealth of information on the function of moisture management fibres, yarns and fabrics and their application in a variety of sectors. It also features information on the design of moisture management garments and test methods for assessing moisture management in fabrics. Furthermore, the report presents examples of innovations in moisture management fibres, fabrics and apparel as well as an outlook for the future of these increasingly important technologies.

Table of Contents

  • SUMMARY
  • INTRODUCTION
  • ROLE OF MOISTURE MANAGEMENT IN FABRICS AND APPAREL
  • Thermoregulation
  • Base layer
  • Middle layer
  • Outer layer
  • Controlling weight build-up
  • Reducing skin damage
  • Minimising the proliferation of Microorganisms
  • MOISTURE TRANSPORT IN FABRICS
  • Factors affecting moisture transport
  • Weight or thickness
  • Fibre fineness
  • Fibre types
  • Special finishes
  • Breathability
  • FIBRES FOR MOISTURE MANAGEMENT
  • Polyester
  • Polypropylene
  • Polyamide
  • Silk
  • Merino wool
  • Cotton
  • Blends
  • DESIGN OF MOISTURE MANAGEMENT GARMENTS
  • Tools used in the design of moisture management garments
  • Body mapping technology
  • Adidas: BodyMapping
  • Adidas: Flow Mapping
  • Hohenstein Institute: comfort mapping technology
  • TEST METHODS FOR ASSESSING MOISTURE MANAGEMENT IN
  • FABRICS
  • AATCC Test Method 195-2009: Liquid Moisture Management Properties of Textile Fabrics
  • Sweateing thermal manikin tests
  • Moisture management fabrics: key to wearer comfort
  • APPLICATIONS OF MOISTURE MANAGEMENT FABRICS
  • Sportswear
  • Active outdoor wear
  • Flame resistant apparel
  • Other applications
  • INNOVATIONS IN MOISTURE MANAGEMENT FIBRES, FABRICS
  • AND APPAREL
  • Adidas: Climachill
  • Cocona: 37.5
  • Columbia Sportswear: Omni-Freeze Zero
  • Columbia Sportswear: Omni-Wick EVAP
  • Coolcore: Coolcore
  • Cotton Incorporated: TransDRY
  • drirelease: drirelease
  • HeiQ Materials: Adaptive
  • Invista: CoolMax
  • Invista: Thermo°Cool
  • Invista: Thermolite
  • Lenzing: Lenzing FR
  • Lenzing: Tencel
  • Lusomé: dryLon
  • Marmot: DriClime
  • Milliken: VisaEndurance
  • Mitsui & Co: Pertex
  • MMT Textiles: Inotek
  • Nanotex: Dry Inside
  • Nike: Dri-FIT
  • Nilit: Nilit Aquarius
  • Patagonia: Capilene
  • Pearl Izumi: Ultrasensor
  • Polartec: PowerDry
  • Polartec: Power Wool
  • Rhovyl: Rhovyl
  • Saucony: DryLete
  • Schoeller: 3XDRY
  • Schoeller: c_change
  • Schoeller: Dryskin and Dryskin Extreme
  • Dryskin Extreme
  • Sportwear Argentona: Dry-Clim
  • Teijin Fibers: moisture absorbing polyester fabric
  • The North Face: FlashDry
  • Trevira: Trevira Moisture Control
  • Moisture management fabrics: key to wearer comfort
  • Unifi: Sorbtek
  • University of California: moisture management fabric
  • X-Technology Swiss Research & Development: X-Bionic The Trick
  • OUTLOOK

List of tables

  • Table 1: RET values and wearer comfort
  • Table 2: Commonly used test methods for assessing the moisture management properties of
  • textiles and clothing, 2014

List of figures

  • Figure 1: Moisture management in clothing
  • Figure 2: Sweating manikin
  • Figure 3: Polartec Power Dry
  • Figure 4: X-BIONIC The Trick
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