Index 2014 Volume 64textination.de/en/dfv/cfi/CFI-Index 2014.pdfOptimization of spinning variables...

Andreoni, A.: Requirements for EPD'sfrom polymers to fibers .......................84

Bagwan, A.S.; Jain, S.; Mali, D.: Optimization of spinning variables on properties of POY and textured filament yarns....................................152

Bauer, J.; Sellin, M.; Brückner, P.; Meister, F.; Krieg, M.: Cellulose fiberscontaining vegetable oils and lipophilic vitamins for new applications .........................................86

Beckers, M.; Seide, G.; Gries, T.; Morgenstern, M.; Weise, B.; Steinmann, W.: Melt spinning of electrically capacitive fibers by addition of graphene multilayers .......155

Bettermann, I.; Steinmann, W.; Walter, S.; Seide, G.; Gries, T.; Roth, G.; Glauß, B.: Production andfunctionalization of bicomponent fibers based on PVDF.........................198

Brückner, P.; Meister, F.; Krieg, M.; Bauer, J.; Sellin, M.: Cellulose fibers containing vegetable oils and lipophilicvitamins for new applications ..............86

Carmichael, A.: Current status and future of the American man-made fiber industry .....................................161

Cetin, Ö.: Lightweight polyester fibers.................................................194

Cheng Feng; Gao Jing, Wang Lu; Wang Xiaoli: Electrospun core-shell nanofibers potential for wound dressing...............................................34

de Palmenaer, A.; Seide, G.; Gries, T.;Warnecke, M.: From precursor to carbon fibers – carbon fiber research at ITA...................................................28

De Schrijver, I.; Van der Schueren, L.; Fatarella, E.: Supertex – sustainable technical textile from recycled polyester .............................................44

Deleersnyder, K.; Ruys, L.; Niebel, V.;Gloy, Y.-S., Gries, T.: Polyolefin melt adhesion fibers and yarns and implementation into textile applications – POMELAD ...................196

Desch, A.; Müller-Probandt, S.: Technologies for washing of yarns and their technical applications..........202

Dolmans, R.; Steinmann, W.; Seide, G.;Gries, T.; Jandrey, S.: Influence of heat-setting on color fastness of polyamide textile floorcoverings ........104

Driscoll, P.: Fibers demand: mid-term direction and long-term perspective...192

Engelhardt, A.: Current trends in the global man-made fiber industry .........113

Fatarella, E.; De Schrijver, I.; van derSchueren, L.: Supertex – sustainabletechnical textile from recycled polyester .............................................44

Förster, T.; Plonka, R.; Mäder, E.; Heinrich, G.: Basalt fibers – glass fibersrich in iron oxide having enhancedYoung's modulus ...............................142

Gao Jing; Wang Lu; Wang Xiaoli; Cheng Feng: Electrospun core-shell nanofibers potential for wound dressing...............................................34

Geethamanohari, B.; Rasigha, T.: Blend ratios of corn husk fiber-polypropylene reinforced composite ....37

Geeuricks, P.; Wassenaar, J.: Innovations in polypropylene materialsfor high-performance nonwovens........47

Glauß, B.; Bettermann, I.; Steinmann, W.;Walter, S.; Seide, G.; Gries, T.; Roth, G.:Production and functionalization of bicomponent fibers based on PVDF ...198

Gloy, Y.-S.; Gries, T.; Deleersnyder, K.; Ruys, L.; Niebel, V.: Polyolefin melt adhesion fibers and yarns and implementation into textile applications – POMELAD ...................196

Gries, T.; Warnecke, M., de Palmenaer, A., Seide, S.: From precursor to carbon fibers – carbon fiber research at ITA.....28

- Manvi, P.K.; Roth, D.; Seide, G.: Water quenched melt spinning processfor thermoplastic polyurethanes ..........40

- Sasse, C.; Seide, G.: Computational fluid dynamics in chemical fiber technology ........................................100

- Jandrey, S.; Dolmans, R.; Steinmann, W.;Seide, G.: Influence of heat-setting on color fastness of polyamide textilefloorcoverings....................................104

- Morgenstern, M.; Weise, B.; Steinmann, W.; Beckers, M.; Seide, G.:Melt spinning of electrically capacitive fibers by addition of graphene multilayers.........................................155

- Roth, G.; Glauß, B.; Bettermann, I.; Steinmann, W.; Walter, S.; Seide, G.: Production and functionalization of bicomponent fibers based on PVDF ...198

- Deleersnyder, K.; Ruys, L.; Niebel, V.;Gloy, Y.-S.: Polyolefin melt adhesion fibers and yarns and implementation into textile applications – POMELAD..196

Gudiyawar, M.Y.; Kasture, S.: Characteristics of single and double heater draw-textured yarns/fabrics.....108

Gutmann, J.S.; Textor, T.: Ionic liquids for finishing polyester fibers with cellulosic surfaces ..............................148

Heckenbenner, P.: Polyester electrostatic conductive monofilamentfor process belts ................................190

Heinrich, G.; Förster, T.; Plonka, R.; Mäder, E.: Basalt fibers – glass fibers rich in iron oxide having enhancedYoung's modulus ...............................142

Jain, S.; Mali, D.; Bagwan, A.S.: Optimization of spinning variables on properties of POY and textured filament yarns....................................152

Jandrey, S.; Dolmans, R.; Steinmann, W.;Seide, G.; Gries, T.: Influence of heat-setting on color fastness of polyamide textile floorcoverings ........104

Kadole, P.V.; Patil, S.; Malakane, P.B.: Effect of draw ratio on properties of elastane yarn .....................................157

Kasture, S.; Gudiyawar, M.Y.: Characteristics of single and double heater draw-textured yarns/fabrics.....108

Köhne, N.; Scholz, R.: Ionically activated viscose fibers – properties and applications..................29

Chemical Fibers International 2014 1

Index 2014

Deutscher Fachverlag GmbHMainzer Landstr. 25160326 Frankfurt/GermanyTel.: +49-69/75 95-13 93Fax: +49-69/75 95-12 90E-mail: [email protected]

Index 2014 Volume 64www.chemical-fibers.com

Author Index Page Page Page

Krieg, M.; Bauer, J.; Sellin, M.; Brückner, P.; Meister, F.: Cellulose fiberscontaining vegetable oils and lipophilicvitamins for new applications ..............86

Krishna Manda, B.M.; Terinte, N.A.; Patel, M.: Ecological performance of Lenzing Modal Color fabrics vs. conventionally dyed fabrics..................88

Liu, F.; Xue, W.-L.; Zang, J.-X.; Wie, M.-Y.:Migration laws of phthalate plasticizersin PVC fiber .......................................137

Mäder, E.; Malanin, M.; Plonka, R.: Glass cord with improved mechanicalproperties, adhesion strength and environmental durability ....................139

- Heinrich, G.; Förster, T.; Plonka, R.: Basalt fibers – glass fibers rich in iron oxide having enhanced Young's modulus ...............................142

Malakane, P.B.; Kadole, P.V.; Patil, S.: Effect of draw ratio on properties of elastane yarn .....................................157

Malanin, M.; Plonka, R.; Mäder, E.: Glass cord with improved mechanicalproperties, adhesion strength and environmental durability ....................139

Mali, D.; Bagwan, A.S.; Jain, S.: Optimization of spinning variables on properties of POY and textured filament yarns....................................152

Manvi, P.K.; Roth, D.; Seide, G.; Gries, T.:Water quenched melt spinning processfor thermoplastic polyurethanes ..........40

Meierkord, H.: Markets for PET fiber specialties ............1

Meister, F.; Krieg, M.; Bauer, J.; Sellin, M.; Brückner, P.: Cellulose fiberscontaining vegetable oils and lipophilicvitamins for new applications ..............86

Morgenstern, M.; Weise, B.; Steinmann,W.; Beckers, M.; Seide, G.; Gries, T.: Melt spinning of electrically capacitive fibers by addition of graphene multilayers.........................................155

Müller-Probandt, S.; Desch, A.: Technologies for washing of yarns and their technical applications..........202

Niebel, V.; Gloy, Y.-S.; Gries, T.; Deleersnyder, K.; Ruys, L.: Polyolefin melt adhesion fibers and yarns and implementation into textile applications – POMELAD ...................196

Oswald, B.: New evaluation program for online tension control ..................106

Patel, M.; Krishna Manda, B.M.; Terinte,N.A.: Ecological performance of Lenzing Modal Color fabrics vs. conventionally dyed fabrics..................88

Patil, S.; Malakane, P.B.; Kadole, P.V.: Effect of draw ratio on properties of elastane yarn .....................................157

Plonka, R.; Mäder, E.; Malanin, M.: Glass cord with improved mechanicalproperties, adhesion strength and environmental durability ....................139

- Mäder, E.; Heinrich, G.; Förster, T.: Basalt fibers – glass fibers rich in iron oxide having enhanced Young's modulus ............................................142

Rasigha, T.; Geethamanohari, B.: Blendratios of corn husk fiber-polypropylenereinforced composite...........................37

Roth, D.; Seide, G.; Gries, T.; Manvi, P.K.: Water quenched melt spinning process for thermoplastic polyurethanes................40

Roth, G.; Glauß, B.; Bettermann, I.; Steinmann, W.; Walter, S.; Seide, G.;Gries, T.: Production and functionalization of bicomponent fibers based on PVDF.........................198

Rußler, A.: Use of hardwood pulp for production of high-tenacity viscose fibers...................................................82

Ruys, L.; Niebel, V.; Gloy, Y.-S., Gries, T.;Deleersnyder, K.: Polyolefin melt adhesion fibers and yarns and implementation into textile applications – POMELAD ...................196

Sasse, C.; Seide, G.; Gries, T.: Computational fluid dynamics in chemical fiber technology..................100

Scholz, R.; Köhne, N.: Ionically activated viscose fibers – properties and applications ..................................29

Seide, G.; Gries, T.; Warnecke, M., de Palmenaer, A.: From precursor to carbon fibers – carbon fiber research at ITA.....................................28

- Gries, T.; Manvi, P.K.; Roth, D.: Water quenched melt spinning processfor thermoplastic polyurethanes ..........40

- Gries, T.; Sasse, C.: Computational fluid dynamics in chemical fiber technology ........................................100

- Gries, T.; Jandrey, S.; Dolmans, R.; Steinmann, W.: Influence of heat-setting on color fastness of polyamide textile floorcoverings ........104

- Gries, T.; Morgenstern, M.; Weise, B.;Steinmann, W.; Beckers, M.: Melt spinning of electrically capacitive fibers by addition of graphene multilayers.........................................155

- Gries, T.; Roth, G.; Glauß, B.; Better-mann, I.; Steinmann, W.; Walter, S.: Production and functionalization of bicomponent fibers based on PVDF ...198

Sellin, M.; Brückner, P.; Meister, F.; Krieg, M.; Bauer, J.: Cellulose fibers containing vegetable oils and lipophilicvitamins for new applications ..............86

Singha, P.K.: FTIR analysis in textile research methodology .......................185

Steinmann, W.; Seide, G.; Gries, T.; Jandrey, S.; Dolmans, R.: Influence of heat-setting on color fastness of polyamide textile floorcoverings ........104

- Beckers, M.; Seide, G.; Gries, T.; Morgenstern, M.; Weise, B.: Melt spinning of electrically capacitive fibers by addition of graphene multilayers.........................................155

- Walter, S.; Seide, G.; Gries, T.; Roth, G.;Glauß, B.; Bettermann, I.: Production and functionalization of bicomponent fibers based on PVDF.........................198

Terinte, N.A.; Patel, M.; Krishna Manda,B.M.: Ecological performance of Lenzing Modal Color fabrics vs. conventionally dyed fabrics..................88

Textor, T.; Gutmann, J.S.: Ionic liquids for finishing polyester fibers with cellulosic surfaces ..............................148

Thiele, U.: MRS extrusion technology in fiber recycling – process advantagesfor fiber and filament production ........42

- 10th China International Recycled Polyester Conference .........................184

2 Chemical Fibers International 2014

Index 2014


Issue 1 Pages 1 – 56




Volume 64

2014


Index 2014

phthalate plasticizers in PVC fiber ......137Xue, W.-L.; Zang, J.-X.; Wie, M.-Y.;

Liu, F.: Migration laws of phthalate plasticizers in PVC fiber......................137

Yalcinkaya, M.: A look into the polyamide, polyester and polypropylene markets ........................57

Zang, J.-X.; Wie, M.-Y.; Liu, F.; Xue, W.-L.: Migration laws of phthalate plasticizers in PVC fiber ......137

Wassenaar, J., Geeurickx, P.: Innova-tions in polypropylene materials for high-performance nonwovens .............47

Weise, B.; Steinmann, W.; Beckers, M.;Seide, G.; Gries, T.; Morgenstern, M.:Melt spinning of electrically capacitive fibers by addition of graphene multilayers.........................................155

Wie, M.-Y.; Liu, F.; Xue, W.-L.; Zang, J.-X.: Migration laws of

Van der Schueren, L.; Fatarella, E.; De Schrijver, I.: Supertex – sustainabletechnical textile from recycledpolyester .............................................44

Walter, S.; Seide, G.; Gries, T.; Roth, G.;Glauß, B.; Bettermann, I.; Steinmann, W.: Production and functionalization of bicomponent fibers based on PVDF.........................198

Wang Lu; Wang Xiaoli; Cheng Feng; Gao Jing: Electrospun core-shell nanofibers potential for wound dressing...............................................34

Wang Xiaoli; Cheng Feng; Gao Jing,Wang Lu: Electrospun core-shell nanofibers potential for wound dressing...............................................34

Warnecke, M.; de Palmenaer, A.; Seide, G.; Gries, T.: From precursor to carbon fibers – carbon fiber research at ITA.....................................28


Man-Made Fiber Year Book 2015Published by Chemical Fibers International

Publication date: September 11, 2015

Man-Made FiberYear Book 2013

Texti leTechnology

Published by

Chemical Fibers International

Subject Index Page Page Page

Brief information.......................5, 6, 8, 14, 64, 65, 191

Cellulose fibers containing vegetable oils and lipophilic vitamins for new applications .........................................86

Changes in PA supply chain....................27Chemical fiber industry in Indonesia.....188Chitin, chitosan, bio-fibers –

preparation, properties and use ..MMF 30Current trends in the global man-made

fiber industry .....................................113Ecological performance of Lenzing

Modal color fabrics vs. conventionally dyed fabrics .........................................88

Effect of different fiber fly quantity on surface of cellulose diacetate filament......................................MMF 43

Electrospun chitosan based nanofiber as wound dressing......................MMF 46

Electrospun core-shell nanofibers potential for wound dressing...............34

Fibers demand: mid-term direction andlong-term perspective........................192

From precursor to carbon fibers.............28Glass cord with improved mechanical

properties, adhesion strength and environmental durability ....................139

Global fiber production 2013...............116Ionic exchange fibers ....................MMF 40Ionically activated viscose fibers –

properties and applications..................29Lightweight polyester fibers.................194Migration laws of phthalate plasticizers

in PVC fiber .......................................137

New monofilaments for a sustainabletechnical textile market ..............MMF 38

Polyester electrostatic conductive monofilament for process belts .........190

Polyolefin melt adhesion fibers and yarns and implementation into textile applications – POMELAD ...................196

Renewable nanocellulose fiber......MMF 42Stress relaxation studies in sugar

cane fibers .................................MMF 48

Fiber productionAcrylic fiber physical properties and

production of high-tenacity acrylic fibers..........................................MMF 62

Bale press for viscose and polyester fiber bales ...........................................39

Blend ratios of corn husk fiber-poly-propylene reinforced composite...........37

Brief information..........102, 103, 200, 204Characteristics of single and

double heater draw-textured yarns/fabrics ......................................108

Company information ............36, 151, 157Computational fluid dynamics in

chemical fiber technology..................100Dissolving technology for perfect fiber

quality ........................................MMF 55Effect of draw ratio on properties of

elastane yarn .....................................157Electrospun core-shell nanofibers

potential for wound dressing...............34Evaluation program for online tension

control...............................................106

Raw MaterialsBrief information........................24-26, 78,

132-134, 180-183Changes in PA supply chain....................27China International

Polyester & Intermediates Forum .........81China International Recycled Polyester

Conference........................................184Company information................24-26, 78,

132-134, 136, 180-183Fiber production with bacteria and

fungi – opportunities of gaining raw materials by biotechnology.........MMF 22

FTIR analysis in textile research methodology .....................................185

New dimension in plastics recycling.....................................MMF 24

Requirements for EPD's from polymers to fibers...............................................84

Sustainable technical textile from recycled polyester – Supertex...............44

Use of hardwood pulp for production of high-tenacity viscose fibers..............82

Fibers/Yarns A look in the polyamide, polyester

and polypropylene markets..................57Acrylic fiber physical properties and


Basalt fibers – glass fibers rich in iron oxide having enhanced Young's modulus ............................................142

Biobased polyester fiber.........................32


Index 2014


ResearchAcrylic fiber physical properties and


Basalt fibers – glass fibers rich in iron oxide having enhanced Young's modulus ............................................142

Blend ratios of corn husk fiber-poly-propylene reinforced composite...........37

Cellulose fibers containing vegetable oils and lipophilic vitamins for new applications .........................................86

Characteristics of single and double heater draw-textured yarns/fabrics.....108

Chitin, chitosan, bio-fibers – preparation, properties and use .............................................MMF 30

Computational fluid dynamics in chemical fiber technology..................100

Ecological performance of Lenzing Modal color fabrics vs. conventionally dyed fabrics .........................................88

Effect of different fiber fly quantity on surface of cellulose diacetate filament......................................MMF 43

Effect of draw ratio on properties of elastane yarn.................................157

Electrospun chitosan based nanofiber as wound dressing......................MMF 46

Electrospun core-shell nanofibers potential for wound dressing...............34

Fiber production with bacteria and fungi – opportunities of gaining raw materials by biotechnology.........MMF 22

From precursor to carbon fibers.............28FTIR analysis in textile research

methodology .....................................185Glass cord with improved mechanical

properties, adhesion strength and environmental durability ....................139

Graphene membranes as ultimate filter ..................................................110

Green plasma meets black fibers – environmentally friendly carbon fiber activation by plasma treatment ...................................MMF 68

Influence of heat-setting on color fastness of polyamide textile floorcoverings....................................104

Ionic liquids for finishing polyester fibers with cellulosic surfaces.............148

Melt spinning of electrically capacitive fibers by addition of graphene multilayers.........................................155

Migration laws of phthalate plasticizers in PVC fiber......................137

Optimization of spinning variables on properties of POY and textured filament yarns....................................152

Polymer coatings on textile carrier materials............................................205

Polyolefin melt adhesion fibers and yarns and implementation into textile applications – POMELAD ...................196

Production and functionalization of bicomponent fibers based on PVDF ...198

Production technologies of nanofibers: overview of recent developments.............................MMF 56

Stress relaxation studies in sugar cane fibers .................................MMF 48


Water quenched melt spinning process for thermoplastic polyurethanes ..........40

EconomyBrief information........4-6, 8, 9, 13, 15, 16,

164-167, 170-173Company information............4-6, 8, 9, 15,

16, 61, 164-167, 170-173

Economy: Raw materialsBrief information.............................77, 80,

132-135, 180-183Company information..........24-26, 77, 80,

132, 133, 135, 136, 180-183

Economy: Fibers/YarnsArgentina: mill fiber

consumption 2013 ............................127Brazil: mill fiber consumption 2013......127Brief information.................14, 62, 63, 65,

120, 124-126Challenges facing the European

man-made fibers industry .............MMF 1China: chemical fiber

production 2013..................................74Colombia: mill fiber

consumption 2013 ............................127Company information................62-64, 67,

119-121, 124-126Europe: exports of man-made

fibers 2013........................................128Europe: imports of man-made

fibers 2013........................................128Europe: man-made fiber industry

turnover 2013 ...................................127Germany: chemical fiber production ....119Global fiber production 2013...............116Global man-made fiber production:

continued growth................................60Japan: fiber exports 2013 ......................75Japan: man-made fiber

production 2013..................................75Peru: mill fiber consumption 2013 .......128USA: BCF carpet yarn production

capacity ............................................130USA: chemical fiber imports

2012/2013 ..........................................76USA: mill fiber consumption

2004-2013 ..........................................76

Filtration equipment for polymer melt lines....................................MMF 64

Graphene membranes as ultimate filter ..................................................110

Green plasma meets black fibers – environmentally friendly carbon fiber activation by plasma treatment ...................................MMF 68

Influence of heat-setting on color fastness of polyamide textile floorcoverings....................................104

Ionic liquids for finishing polyester fibers with cellulosic surfaces.............148

ITMA Asia + CIMTE Preview 2014 .................................92-99

Melt spinning of electrically capacitive fibers by addition of graphene multilayers.........................................155

Metering pumps with high precision ......46MRS extrusion technology in fiber

recycling..............................................42Optimization of spinning variables

on properties of POY and textured filament yarns....................................152

Polymer coatings on textile carrier materials............................................205

Precise dosing for fully automatic CMC measurement..............................46

Production and functionalization of bicomponent fibers based on PVDF ............................................198

Production technologies of nanofibers:overview of recent developments.............................MMF 56

Project list of new polymer and chemical fiber plants 2014 ................145


Technologies for washing of yarns andtheir technical realization...................202

Water quenched melt spinning process for thermoplastic polyurethanes ..........40

World market trends for false-twist draw-texturing machines ...................201

Zimmer polymer technologies ................36

NonwovensBrief information.......................17, 18, 68,

70, 71, 103Hygiene finish for viscose spunlace.......206Index preview 2014 ..........................49-54Innovations in polypropylene materials

for high performance nonwovens........47ITMA Asia + CIMTE Preview 2014 .....92-99Market report on global PP nonwovens

trends..................................................48Nonwovens production trends

in China...............................................72Western Europe: chemical fiber

titer program for nonwovens 2014........................MMF 76


Index 2014

USA: synthetic fiber capacity..................21USA: synthetic fiber exports 2011-2013.76USA: synthetic fiber production

2011-2013 ..........................................76USA: synthetic fiber shipments 2013......21Viscose fiber prices under pressure.........62

Economy: NonwovensBrief information................17, 18, 68, 174Company information .....................17, 18,

70, 71, 73, 174Japan: nonwovens production 2013 ......75Market report on global PP nonwovens

trends..................................................48Nonwovens production trends

in China...............................................72Western Europe: chemical fiber titer

program for nonwovens 2014 ....MMF 76

Fiber IndustryA look into the polyamide, polyester

and polypropylene markets..................57Argentina: mill fiber

consumption 2013 ............................127Brazil: mill fiber consumption 2013......127Brief information.............4-6, 8-14, 16, 17,

19-22, 62, 63, 65, 66, 73-76, 91, 107, 120, 122-130, 138, 144, 164-178

Challenges facing the European man-made fibers industry .............MMF 1

Chemical fiber industry in Indonesia.....188China International Polyester &

Intermediates Forum............................81China: growing importance of

bioresins and biofibers.......................207China: Overcapacities at record

heights ................................................63Colombia: mill fiber

consumption 2013 ............................127Company information............4-6, 8, 9, 14,

16, 17, 19-22, 61-64, 67, 74-76, 119-121, 124-130, 164-167, 170-178

Current status and future of the American man-made fiber industry....161

Current trends in the global man-made fiber industry .....................................113

Europe: exports of man-made fibers 2013........................................128

Europe: imports of man-made fibers 2013........................................128

Europe: man-made fiber industry turnover 2013 ...................................127

Fibers demand: mid-term direction and long-term perspective .................192

Germany: chemical fiber production ....119Global fiber production 2013...............116Global man-made fiber production:

continued growth................................60International news................19-22, 74-76,

127-130, 175-178

ITMA Asia + CIMTE Preview 2014 .....92-99Major exporters of textiles 2013 ..........178Major importers of textiles 2013..........178Management news .........8, 10, 12, 14, 66,

122, 124, 126, 168, 170, 172Markets for PET fiber specialties...............1New publications ...........................22, 130Nonwovens production trends

in China...............................................72Peru: mill fiber consumption 2013 .......128Project list of new polymer and

chemical fiber plants 2014 ................145USA: BCF carpet yarn production

capacity ............................................130World market trends for false-twist

draw-texturing machines ...................201


Company Index Page Page Page

ACS Materials 155Aditja Birla Group 120, 190Advansa 1, 5, 126, MMF 76AESA Air Engineering 94AGY 127, 168Ahlstrom 12, 20, 72, 124, 125Air Liquide 36Air Liquide Global E&C Solutions 36Aksa Akrilik 121Albaad 68American & Efird 65American Starlinger-Sahm 177Americhem 12Andritz 74, 92Andritz Asselin-Thibeau 50Andritz Küsters 50Andritz Nonwovens 74, 92Andritz Perfojet 50Anhui Guangde 133Aphios 26Aquafil 4, 21, 177Aquafil Engineering 183Archer Daniels Midland 25Archroma 10, 129, 167Asahi Kasei 128, 129Asia Pacific Fibers 128, 188, 189ASK Chemicals 140Asota 5, 64, MMF 77, MMF 78Atlas MTT 105

Autefa Solutions 39, 54, 70Autefa Solutions Switzerland 70Automatik Plastics Machinery 80, 182AVA Biochem 183Avantium 32, 120Bahia Specialty Cellulose 176BASF 8, 24, 25, 27, 40, 167, 173, 180Battery Ventures 170Bayer 167, MMF 11Bayer MaterialScience 67, 167BB Engineering 103, 125, 171Beaulieu Fibres MMF 77Beaulieu Real MMF 78Bekaert Advanced Filtration MMF 64Bekaert Bekintex MMF 78Belgian Fibers 119, MMF 78Beta Renewables 25Bezema 53Binsfeld Engineering 92BioAmber 25Bionic Strategy 123Birla Cellulose 120Bodo Möller Chemie 125Borealis 183Braskem 180Brückner Maschinenbau 103, 125, 171Brückner Trockentechnik 51Bühler Thermal Processes 24, 78, 145,

146, 147

Calysta 136Cargill 180Carvalhos MMF 78Castle Chemical 140Cathay Industrial Biotech 27, 136Celanese 132Cellulac 136Central Filatama Mills 189Century Rayon 176Chemtex 145, 146, 147China Hi-Tech Group 70China National Petroleum 183CHT R. Beitlich 53Coca Cola 180Dr. Collin 26Companhia Providencia 130Coperion MMF 24Corbion Purac 181CRU Group 27CTC Ivregionsynthes 132CTG/Taishan Fiberglass 127Cygnet Texkimp 16Cytec Industries 124Daiwabo Polytec 20Dalian Ruiguang Nonwoven Group 74Daliatex Kusuma 190DDN Beijing Dongfang Dayuan Nonwoven-Fabric 74

Dia-Stron 151

54th Dornbirn Man-Made Fibers Congress

September 16-18, 2015in Dornbirn/Austria

Info: www.dornbirn-mfc.com


Index 2014

diener electronic MMF 68Dienes Apparatebau 202Diersch & Schröder 167, 206DiloGroup 16, 53, 93Dolan 121, MMF 77M. Dohmen 129Dow Chemical 65Drake Extrusion 64, MMF 78Dralon 121, 124, 126DS Fibres MMF 76, MMF 78DSM 8, 26, 132, 133, 155DSM Dyneema 8, 9DuPont 129, 166, 177,

MMF 11, MMF 77, MMF 78DuPont Protection Technologies 6DyStar 105Eastman Chemical 8, 72, 130, 164, 167Ebner 145, 146Ecofil Kapell MMF 78Elmarco MMF 58Ems-Chemie 20, 129, MMF 76,

MMF 77, MMF 78Ems-Chemie (Neumünster) MMF 77, MMF 78Enemac 200Enka International 126Enka Tecnica 97Epitropic Fibres MMF 76Erema 78, 80, 134,

181, MMF 24ES FiberVisions 53, MMF 78Europa NCT MMF 77European Precursor 121Ever Shine Tex 190Evonik Degussa 140Evonik Fibres MMF 77, MMF 78Exelto 21, 64Far Eastern New Century 78Fenwis 123FibeRio Technology 5, MMF 59Fibertex Nonwovens 74, 178FiberVisions 4, 53, MMF 10, MMF 78Fiberweb 19, 21, 130Fidion MMF 76, MMF 78Fil Control 99Fil.Va MMF 78Filatex India 176Fisipe 121Fitesa 175Fleissner 168FR Safety Yarns 166Frana Polifibre MMF 76, MMF 78Freedonia 16, 18Freudenberg 122, 126Freudenberg Far Eastern Spunweb 75Freudenberg Filtration Technologies 73

Freudenberg Nonwovens 17, 19, 52,71, 73, 159

Freudenberg Politex Nonwovens 73Frost & Sullivan 135Fujian Jinxing Fiber 133Fulgar 129FutureCarbon 67G.E.T. Recycling Machinery & Technology 133Gates 140General Nonwovens 51Genomatica 180, 182GET Recycling 184Gharda Chemicals 24GKD – Gebr. Kufferath 54Glanzstoff Industries 82Global Nonwovens 176GlobalData 132Gneuß Kunststofftechnik 42, 49, 80,

133, 135, 184GPFone 125Graute 171Grodno Azot 19Groz-Beckert 72Gruschwitz Tech-Twist 13Gualchierani Baling Systems 92Gütermann 65Hainan Yisheng 24Haiyan Haili Green Fiber 184Hangzhou Hangding Nylon 133Hänsel Textil 159Hebei Darui Chemical Fiber 133, 184Heppe Medical Chitosan MMF 30Herrmann Ultraschall 53Hexel 176Hills MMF 59Himson 108, 152, 201Hoftex 68Hollingsworth & Vose 176Huntsman 9Hygiene Technologie 174Hyosung 64, 68ICIS 182Ideal Fibres & Fabrics MMF 78IHS 183IHS Chemical 57Imeco Einwegprodukte 72IndexBox Marketing 174Indo Kordsa 190Indo-Bharat Rayon 190Indonesia Toray Synthetics 188, 189Indorama 4, 24, 78, 129, MMF 10Indorama Polyester Industries Indonesia 189Indorama Synthetics 188, 189Ineos 183, 196Innventia 119, 125International Fiber Group 21, 64Invista 5, 64, 80, 123,

166, 175, MMF 11ITW Dynatec 50, 68, 72Jacob Holm & Sons 129Jacobs Consultancy 27James H. Heal 170Jiangsu Hangke Composite Materials 20Jiangsu Hengshen Fiber Materials 13Jiangyin Huahong Chemcial Fiber 165Johns Manville 16, 126, 172Jossi Systems 16Jushi Group 20JX Nippon Oil and Energy 119Kahatex 189Kasbar National Industries 21Kelheim Fibres 4, 29, 64, 165, 191, MMF 76

Kermel MMF 77Khimvolokno 19Knowlton Technologies 130W&J Knox 177Knox Fiber 177Kordsa 75, 129Korelita 128Krüss 46KTK Ivregionsintez 26Kuraray Europe 132Kureha 177Lanxess 8, 63, 126, 164, 206Laroche 98Lenzing 5, 10, 61, 62, 64, 66, 71, 72, 88,

113, 116, 120, 121, 170, 174, 190, MMF 6, MMF 76

Lenzing Instruments 52, 94, 97Lenzing Plastics MMF 78Lenzing Technik 26, 145, 146, 147Levaco Chemicals 167, 206Lindauer Dornier 164List MMF 55LMC Automotive 27Lurgi 36Lurgi-Zimmer 145, 146, 147Lydall 76LyondellBasell 136M&G 80M&G Chemicals 25Maag Pump Solutions 80, 182Märkische Faser MMF 76Werner Mathis 140Mettler-Toledo 170Michelman 9Milliken 21Mitsubishi Chemical 134, 182Mitsubishi Gas Chemical 181Mitsubishi Plastics 177Mitsubishi Rayon 14, 28, 67, 130, 173, 177Mitsui Chemical 176Mitsui Chemical Nonwovens (Tianjin) 176Mitsui Hygiene Materials Thailand 176Mizushima Aroma 181Monosuisse 21, 75Montefibre MMF 77Mutu Gading Tekstils 188, 189Nanocyl 198NanoStatics MMF 56Nantong Teijin 74NatureWorks 136Nexant 133, 184Next Generation Recyclingmaschinen 26, 132,

133, 181, 184Nextrusion 63, 164Nilit 9, 175Ningbo Dafa Chemical Fiber 133, 184Nippon Graphite Fiber 177Noble Biomaterials Europe MMF 78Non Woven Solutions 178nova-Institut 13, 136Novamont 180Novozymes 180Noyfil 164Nurel 27Nylstar 8, 120Oeko-Tex 166Oerlikon Barmag 15, 16, 41, 46, 68, 96,

102, 103, 159, 171, 172, 180, 201Oerlikon Manmade Fibers 15, 67, 68, 96,

103, 125, 126, 170, 172, 180Oerlikon Neumag 15, 41, 70, 92, 96OOO Uhde 132


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May 4-7, 2015Frankfurt/Germany


Index 2014

OrganoClick 103Osaka Gas Chemicals 177Outlast Technologies 165Owens Corning 22, 178Pacific Viscose 176Panasia Indosyntec 189PCI Acrylonitrile 183PCI Fibres 9, 27, 63, 138, 161,

165, 187, 192PCI Nylon 10, 27, 182Pegas Nonwovens 75Perlon Nextrusion Monofil 164, 190Perlon-Monofil 63, 164Petit & Cie. 99PGI 19, 21, 130, 178PHP Fibers 4, MMF 10Picanol 108PlastiComp 67Polyacryl Iran MMF 62Polychem Indonesia 188, 190Polyfin Canggih 189Polymer Engineering 146Polyplex 24Power-Heat-Set 104, 171PPG Industries 12PQS 24Previero N. 133Price Hanna Consultants 48Prima Rajuli Sukses 190Providencia 19Pultrex 20Purac (Thailand) 181Quick-Med Technologies 65R.Stat MMF 77, MMF 78, MMF 79Radici Chemiefaser 63, MMF 77, MMF 78Radici Fil 5Radici Yarn 63, MMF 77RadiciGroup 5, 19, 62, 63, 84, 123, 164, 166Raman FibreScience 176Reifenhäuser 122Reifenhäuser Reicofil 52Reimotec 175Reliance Industries 24, 134, 165, 182, 183Renmatix 25Rennovia 25, 27Retech 95, 106RGE Group 176Rhovyl MMF 78Richard Hough 126, 151Rieter 12Rilon-Lorison 20Rockwood 9Rosneft 183Rowasol 159Sabic 24, 80, 183Sachtleben Chemie 9Georg Sahm 177Saint-Gobain-Vetrotex 140Salmoiraghi 94Sandler 18, 51, 71, 72Sanitized 65Sappi 26Sasa Polyester Sanayi 129, 194, MMF 10Sateri 19, 74, 122, 126, 136, 175Schappe Group 124Sefar 20

Serafin 63, 164SGL Carbon 10, 13, 14, 66, 121,

124, 173, MMF 13Shaoxing Yuandong 165Shinwa 20Sider Arc 20, MMF 38Sinopharm Chem.Reagent 34Sintelon 20Sinterama 165Sitip 129Solvay 34, 63, 80Solvay Acetow 165Solvay Rhodia Fibras Brazil 120Solvay Solexis 198Sorema 184South Pacific Viscose 190Space China Haiying 20Special Materials 20SSM Giudici 98, 170SSM Schärer Schweiter Mettler 66, 98,

125, 170, 171, 201Standard Fiber 5Starlinger 80, 177Strahm Hi-Tex Systems 70Strumpfwerk Lindner 87Sulindafin 188, 190Sunrex Industry 176Superba 99Svenska Rayon MMF 76Taicang Senjo 165Tanatex Chemicals 167, 206Tecfibres MMF 77Technical Absorbents MMF 77Technical Fibre Products 124, 177Techno Plastic 134TechSci Research 136Tecnon OrbiChem 26, 78, 81, 132, 134Teijin 67, 74, 129, 173Teijin Aramid 167, 168, MMF 77Tenowo 68TexTech Industries 177Textechno Herbert Stein 28, 97Textile Intelligence 65Thai Acrylic Fiber 121The Fiber Year 60, 113Dr. Thiele Polyester Technology 42, 133, 184ThyssenKrupp 24ThyssenKrupp Industrial Solutions 24ThyssenKrupp Uhde 24, 26Tifico Fiber Indonesia 188TJ Bells 72TMT 146, 201Toho Tenax 28, 67, 172, 174, 177Toho Tenax Europe MMF 78Tomra Sorting Recycling 133Tomra Sorting Technology 184Tongkun Group 165Toptec MMF 56Toray Advanced Materials Korea 172Toray Carbon Fibers Europe 172Toray Industries 21, 28, 67, 165, 177Total Refining & Chemicals 47Toyobo 4, 124, 181, MMF 10Transparency Market Research 167Trevira 4, 6, 49, 126,

MMF 10, MMF 76, MMF 78Trützschler 15, 96, 168Trützschler Card Clothing 50Trützschler Nonwovens 17, 29, 50, 68, 96Trützschler Switzerland 15, 92TSE Industries 173TWD Fibres 166


Uhde Inventa-Fischer 24, 132, 133,145, 146, 147, 183

UHT Unitech 172Unifi 177Unitika 20Universal Carbon Fibres 177Uster Technologies 16Vastex Prima Industries 189Verdol 98, 204Versalis 180Vinmar International 25Virent 180Vita Group 178Vita Nonwovens 178Voith Paper 17, 68Vorwerk Teppichwerke 4Weko, Weitmann & Konrad 51Wellman International 4, MMF 10,

MMF 77, MMF 78Dr. Karl Wetekam 120, 130Wetekam Monofilaments USA 130Wethje Holding 173Winder Works 171Woongjin 165Wujiang Yingxiang Chemical Fiber 165Xanofi MMF 60Xentrys 104, MMF 78Yixing Huaya Chemical Fiber 165Zeon Europe 140Zhejiang JiaBao Polyester 165Zhejiang Kings Industry 165Zhejiang Shichuang New Synthetic Fibre 165Zoltek 172Zyex MMF 78Zyvex Technologies 13

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