index 2015 volume 65...for the fiber, textile and apparel industries contact: technical trade...

Ahizawa, M.; Tanioka, A.; Matsumoto, H.; Imaizumi, S.; Masuda, S.; Konosu, Y.: Graphene nanoribbon as promising filler of composite fibers and textiles .............237

Aibibu, D.; Hund, R.-D.; Cherif, C.; Jäger, M.; Hanke, T.; Brünler, R.; Hild, M.: Textile hybrid structures from biomaterials for regenerative medicine..............................................31

Akdag, A.: Sustainability and man-made fibers ...............................193

Alijanlou, S.; Sedighi, S.; Ketabchi, M.: Effect of nano-alumina particles on physical adsorption property of acrylic fibers ......................................220

Asaadi, S.; Ma, Y.; Sixta, H.; Tanttu, M.;Netti, E.; Hummel, M.; Michud, A.: High-tenacity textile cellulose fibers from ionic liquid solutions..................105

Bakker, W.; Leung, R.; Smith, S.; Snijders, K.: Advanced Lycra fiber forlightweight fabrics...............................36

Bastos, M.B.; Nazareth da Silva, A.L.; Biques Fernandes, E.: Large scale HT PET yarn using LSP technology: special yarn development ..................232

Beckers, M.; Seide, G.; Gries, T.; Morgenstern, M.; Weise, B.; Steinmann,W.: Melt spinning of electrically captivefibers by addition of graphene multilayers..................................MMF 61

Bettermann, I.; Walter, S.; Seide, G.;Gries, T.; Roth, G.; Glauß, B.: Production and functionalization of bicomponent fibers based on PVDF ..........................................MMF 70

Biques Fernandes, E.; Bastos, M.B.; Nazareth da Silva, A.L.: Large scale HTPET yarn using LSP technology: special yarn development ..................232

Bischoff, M.; Seide, G.; Gries, T.: Introduction to polymer and polymer fiber analysis ........................219

Bisjak, C.: Designing a novel fiber for fire protection applications .........................................29

Bongartz, M.: New ultra-flat high-tenacity yarn for technical applications ..........................46

Brünler, R.; Hild, M.; Aibibu, D.; Hund, R.-D.; Cherif, C.; Jäger, M.; Hanke, T.: Textile hybrid structures from biomaterials for regenerative medicine..............................................31

Buchmeiser, M.R.; Frank, E.; Giebel, E.:Carbon fiber precursors .....................216

Cetin, Ö.: Lightweight polyester fibers..........................................MMF 41

Chen, J.; Shen, S.; Qin, Y.; Zhu, C.: Preparation and characterization of silver containing chitosan fibers...................................................52

Cherif, C.; Jäger, M.; Hanke, T.; Brünler,R.; Hild, M.; Aibibu, D.; Hund, R.-D.: Textile hybrid structures from biomaterials for regenerative medicine..............................................31

Claeys, A.: Nano-coating for textiles and nonwovens.................................180

Dauner, M.; Hoss, M.; Gresser, G.T.: High temperature filament yarn.........102

Davin, J.; Kumar Manvi, P.; Seide, G.;Gries, T.: Melt spinning of bio-based polymers: Overview on the propertiesand potential of melt spinnable biopolymers.......................................170

De Palmenaer, A.; Langner, C.; Linke, O.; Lüpfert, L.; Seide, G.; Gries, T.; Fourné, R.: Stabilization of PAN fibers by contact heat transfer................................................44

Deleersnyder, K.; Ruys, L.; Niebel, V.;Gloy, Y.-S.; Gries, T.: Polyolefin melt adhesion fibers and yarns and implementation into textile applications ................................MMF 47

Diener, A.; Oppermann, L.: Dissolving technology for very good fiber quality ..............................109

Dong, L.; Li, H.; Sun, Y.; Wang, D.; Sun, D.: Gluteraldehyde vapor cross-linked chitosan/polyethylene oxide nanofibrous mat.......................166

Driscoll, P.: Fibers demand: mid-term direction and long-term perspective .................................MMF 34

España, M.: New functional additive ...............................................54

Förster, T.; Plonka, R.; Mäder, E.; Heinrich, G.: Basalt fibers – glass fibersrich in iron oxide having enhancedYoung's modulus........................MMF 53

Fourné, R.; De Palmenaer, A.; Langner, C.;Linke, O.; Lüpfert, L.; Seide, G.; Gries, T.: Stabilization of PAN fibers by contact heat transfer.......................44

Frank, E.; Giebel, E.; Buchmeiser, M.R.:Carbon fiber precursors .....................216

Ganesan, P.; Karthik, T.: Hagfish slime fiber: new source of biomaterial ..........95

Gao, J.; Wang, L.; Wang, F.; Wang, W.;Zhao, X.: Collagen-PEO composite nanofibers by electrospinning..............50

- Electrospun PHBHHx based nanofiberspotential for vascular graft.................160

Ghizza, P.: Lightweight and eco-friendlypolyester material for the transport industry ...............................................35

Giebel, E.; Buchmeiser, M.R.; Frank, E.:Carbon fiber precursors .....................216

Glauß, B.; Bettermann, I.; Walter, S.; Seide, G.; Gries, T.; Roth, G.: Production and functionalization of bicomponent fibers based on PVDF ..........................................MMF 70

Gloy, Y.-S.; Gries, T.; Deleersnyder, K.; Ruys, L.; Niebel, V.: Polyolefin melt adhesion fibers and yarns and implementation into textile applications ................................MMF 47

Goyal, G.K.; Vhanbatte, S.: Effect of heat setting on tensile properties of polytrimethylene terephthalate ..........229

Gresser, G.T.; Dauner, M.; Hoss, M.: High temperature filament yarn.........102

Gries, T.; Fourné, R.; De Palmenaer, A.;Langner, C.; Linke, O.; Lüpfert, L.; Seide, G.: Stabilization of PAN fibers by contact heat transfer................................................44

Chemical Fibers International 2015 1

Index 2015

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

Index 2015 Volume 65www.chemical-fibers.com

Author Index Page Page Page

- Davin, J.; Kumar Manvi, P.; Seide, G.:Melt spinning of bio-based polymers:Overview on the properties and potential of melt spinnable biopolymers.......................................170

- Bischoff, M.; Seide, G.: Introduction to polymer and polymer fiber analysis ........................219

- Deleersnyder, K.; Ruys, L.; Niebel, V.;Gloy, Y.-S.: Polyolefin melt adhesion fibers and yarns and implementation into textile applications ..............MMF 47

- Morgenstern, M.; Weise, B.; Steinmann, W.; Beckers, M.; Seide, G.:Melt spinning of electrically captive fibers by addition of graphene multilayers..................................MMF 61

- Roth, G.; Glauß, B.; Bettermann, I.; Walter, S.; Seide, G.: Production andfunctionalization of bicomponent fibers based on PVDF .................MMF 70

Gudiyawar, M.Y.; Mane, V.: Thermal and flame-resistance behavior of polypropylene fabrics ....................177

- Lolge, V.: Air nozzle type and effect on characteristics of air-jet textured yarns .................................................235

Gutmann, J.S.; Textor, T.: Ionic liquids for finishing polyester fibers with cellulosic surfaces .......................MMF 64

Hanke, T.; Brünler, R.; Hild, M.; Aibibu,D.; Hund, R.-D.; Cherif, C.; Jäger, M.: Textile hybrid structures from biomaterials for regenerativemedicine..............................................31

Hart, D.: Polyamide fibers to 2020 ...............................................98

Heckenbenner, P.: Polyester electrostatic conductive monofilamentfor process belts .........................MMF 37

Heinrich, G.; Förster, T.; Plonka, R.; Mäder, E.: Basalt fibers – glass fibers rich in iron oxide having enhancedYoung's modulus........................MMF 53

Heye, U.; Taubner, R.; Miene, A.; Mayr, A.: Online measurement of filament orientation at spunbond lines.....................................................57

Hild, M.; Aibibu, D.; Hund, R.-D.; Cherif, C.; Jäger, M.; Hanke, T.; Brünler, R.: Textile hybrid structures from biomaterials for regenerative medicine..............................................31

Hoss, M.; Gresser, G.T.; Dauner, M.: High temperature filament yarn.........102

Huang, M.; Wang, Z.; Wang, X.; Wang, N.: Structure and properties of the cotton-like polyethylene terephthalate fiber...............................39

Hufenus, R.; Leal, A.A.; Mohanty, G.;Reifler, F.A.; Michler, J.: Properties and potential applications of melt-spun amorphous filaments .............................................33

Hummel, M.; Michud, A.; Asaadi, S.; Ma, Y.; Sixta, H.; Tanttu, M.; Netti, E.:High-tenacity textile cellulose fibers from ionic liquid solutions..................105

Hund, R.-D.; Cherif, C.; Jäger, M.; Hanke, T.; Brünler, R.; Hild, M.; Aibibu, D.: Textile hybrid structures from biomaterials for regenerative medicine..............................................31

Imaizumi, S.; Masuda, S.; Konosu, Y.; Ahizawa, M.; Tanioka, A.; Matsumoto, H.: Graphene nanoribbon as promising filler of composite fibersand textiles........................................237

Jäger, M.; Hanke, T.; Brünler, R.; Hild, M.; Aibibu, D.; Hund, R.-D.; Cherif, C.: Textile hybrid structures from biomaterials for regenerative medicine..............................................31

Karthik, T.; Ganesan, P.: Hagfish slime fiber: new source of biomaterial ......................................95

Kedo, A.: Innovative, cost-competitivebio-based polyamide for textiles ........223

Ketabchi, M.; Alijanlou, S.; Sedighi, S.: Effect of nano-alumina particles on physical adsorption property of acrylic fibers ......................................220

Konosu, Y.; Ahizawa, M.; Tanioka, A.;Matsumoto, H.; Imaizumi, S.; Masuda, S.: Graphene nanoribbon aspromising filler of composite fibers and textiles........................................237

Krautwurst, B.: Variable spinning line for melt spinning.........................173

Kumar Manvi, P.; Seide, G.; Gries, T.; Davin, J.: Melt spinning of bio-based polymers: Overview on the propertiesand potential of melt spinnable biopolymers.......................................170

Langner, C.; Linke, O.; Lüpfert, L.; Seide, G.; Gries, T.; Fourné, R.; De Palmenaer, A.: Stabilization of PAN fibers by contact heat transfer................................................44

Leal, A.A.; Mohanty, G.; Reifler, F.A.;Michler, J.; Hufenus, R.: Properties andpotential applications of melt-spun amorphous filaments...........................33

Leung, R.; Smith, S.; Snijders, K.; Bakker, W.: Advanced Lycra fiber for lightweight fabrics .........................36

Li, H.; Sun, Y.; Wang, D.; Sun, D.; Dong, L.: Gluteraldehyde vapor cross-linked chitosan/polyethylene oxide nanofibrous mat.......................166

Linke, O.; Lüpfert, L.; Seide, G.; Gries, T.;Fourné, R.; De Palmenaer, A.; Langner,C.: Stabilization of PAN fibers by contact heat transfer ...........................44

Liu, L.; Shi, M.; Mao, Y.; Wang, N.: Structure and properties of novel hollow viscose fiber ..........................162

Lolge, V.; Gudiyawar, M.Y.: Air nozzle type and effect on characteristics of air-jet textured yarns .....................235

Lüpfert, L.; Seide, G.; Gries, T.; Fourné, R.; De Palmenaer, A.; Langner, C.; Linke, O.: Stabilization of PAN fibers by contact heat transfer................................................44

Ma, Y.; Sixta, H.; Tanttu, M.; Netti, E.;Hummel, M.; Michud, A.; Asaadi, S.:High-tenacity textile cellulose fibers from ionic liquid solutions..................105

Mäder, E.; Heinrich, G.; Förster, T.; Plonka, R.: Basalt fibers – glass fibers rich in iron oxide having enhancedYoung's modulus........................MMF 53

Mane, V.; Gudiyawar, M.Y.: Thermal and flame-resistance behavior of polypropylene fabrics ....................177

Mao, Y.; Wang, N.; Liu, L.; Shi, M.: Structure and properties of novel hollow viscose fiber ..........................162

2 Chemical Fibers International 2015

Index 2015


Issue 1 Pages 1 – 64




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Index 2015

Smith, S.; Snijders, K.; Bakker, W.; Leung, R.: Advanced Lycra fiber for lightweight fabrics...............................36

Snijders, K.; Bakker, W.; Leung, R.; Smith, S.: Advanced Lycra fiber for lightweight fabrics...............................36

Steinmann, W.; Beckers, M.; Seide, G.;Gries, T.; Morgenstern, M.; Weise, B.:Melt spinning of electrically captive fibers by addition of graphene multilayers..................................MMF 61

Sun, D.; Dong, L.; Li, H.; Sun, Y.; Wang,D.: Gluteraldehyde vapor cross-linkedchitosan/polyethylene oxide nanofibrous mat................................166

Sun, Y.; Wang, D.; Sun, D.; Dong, L.; Li, H.: Gluteraldehyde vapor cross-linkedchitosan/polyethylene oxide nanofibrous mat................................166

Tanioka, A.; Matsumoto, H.; Imaizumi, S.;Masuda, S.; Konosu, Y.; Ahizawa, M.:Graphene nanoribbon as promising fillerof composite fibers and textiles .........237

Tanttu, M.; Netti, E.; Hummel, M.; Michud, A.; Asaadi, S.; Ma, Y.; Sixta, H.:High-tenacity textile cellulose fibers from ionic liquid solutions..................105

Taubner, R.; Miene, A.; Mayr, A.; Heye, U.: Online measurement of filament orientation at spunbond lines.....................................................57

Textor, T.; Gutmann, J.S.: Ionic liquids for finishing polyester fibers with cellulosic surfaces .......................MMF 64

Thiele, U.: 11th China International Recycled Polyester and PET PackagingConference & Exhibition ....................214

Vhanbatte, S.; Goyal, G.K.: Effect of heat setting on tensile properties of polytrimethylene terephthalate ..........229

Walter, S.; Seide, G.; Gries, T.; Roth, G.;Glauß, B.; Bettermann, I.: Production and functionalization of bicomponent fibers based on PVDF .................MMF 70

Wang, D.; Sun, D.; Dong, L.; Li, H.; Sun, Y.: Gluteraldehyde vapor cross-linked chitosan/polyethylene oxide nanofibrous mat.......................166

Wang, F.; Wang, W.; Zhao, X.; Gao, J.;Wang, L.: Collagen-PEO composite nanofibers by electrospinning..............50

Wang, L.; Wang, F.; Wang, W.; Zhao, X.;Gao, J.: Collagen-PEO composite nanofibers by electrospinning..............50

Wang, N.; Huang, M.; Wang, Z.; Wang, X.: Structure and properties of the cotton-like polyethylene terephthalate fiber...............................39

- Liu, L.; Shi, M.; Mao, Y.: Structure andproperties of novel hollow viscose fiber .................................................162

Pfadenhauer, S.; Weber, H.-D.: High-tech ceramics in DTY process engineering .......................................176

Plonka, R.; Mäder, E.; Heinrich, G.; Förster, T.: Basalt fibers – glass fibers rich in iron oxide having enhancedYoung's modulus........................MMF 53

Qin, Y.; Zhu, C.; Chen, J.; Shen, S.: Preparation and characterization of silver containing chitosan fibers...................................................52

Rauch, W.: TTIP/CETA – significance forthe man-made fiber industry ........MMF 1

Reifler, F.A.; Michler, J.; Hufenus, R.; Leal, A.A.; Mohanty, G.: Properties and potential applications of melt-spunamorphous filaments...........................33

Roth, G.; Glauß, B.; Walter, S.; Seide, G.;Bettermann, I.; Gries, T.: Production and functionalization of bicomponent fibers based on PVDF .................MMF 70

Ruys, L.; Niebel, V.; Gloy, Y.-S.; Gries, T.;Deleersnyder, K.: Polyolefin melt adhesion fibers and yarns and implementation into textile applications ................................MMF 47

Sedighi, S.; Ketabchi, M.; Alijanlou, S.: Effect of nano-alumina particles on physical adsorption property of acrylic fibers ......................................220

Seide, G.; Gries, T.; Fourné, R.; De Palmenaer, A.; Langner, C.; Linke, O.;Lüpfert, L.: Stabilization of PAN fibers by contact heat transfer.......................44

- Gries, T.; Davin, J.; Kumar Manvi, P.: Melt spinning of bio-based polymers:Overview on the properties and potential of melt spinnable biopolymers.......................................170

- Gries, T.; Bischoff, M.: Introduction to polymer and polymer fiber analysis....219

- Gries, T.; Morgenstern, M.; Weise, B.;Steinmann, W.; Beckers, M.: Melt spinning of electrically captive fibers by addition of graphene multilayers..................................MMF 61

- Gries, T.; Roth, G.; Glauß, B.; Better-mann, I.; Walter, S.: Production andfunctionalization of bicomponent fibers based on PVDF .................MMF 70

Shen, S.; Qin, Y.; Zhu, C.; Chen, J.: Preparation and characterization of silver containing chitosan fibers...................................................52

Shi, M.; Mao, Y.; Wang, N.; Liu, L.: Structure and properties of novel hollow viscose fiber ..........................162

Sixta, H.; Tanttu, M.; Netti, E.; Hummel,M.; Michud, A.; Asaadi, S.; Ma, Y.: High-tenacity textile cellulose fibers from ionic liquid solutions..................105

Masuda, S.; Konosu, Y.; Ahizawa, M.; Tanioka, A.; Matsumoto, H.; Imaizumi, S.: Graphene nanoribbon aspromising filler of composite fibers and textiles........................................237

Matsumoto, H.; Imaizumi, S.; Masuda, S.; Konosu, Y.; Ahizawa, M.; Tanioka, A.: Graphene nanoribbon aspromising filler of composite fibers and textiles........................................237

Mayr, A.; Heye, U.; Taubner, R.; Miene, A.: Online measurement of filament orientation at spunbond lines.....................................................57

Meierkord, H.: Polyester fibers and overcapacities in China ..........................1

Michler, J.; Hufenus, R.; Leal, A.A.; Mohanty, G.; Reifler, F.A.: Properties and potential applications of melt-spunamorphous filaments...........................33

Michud, A.; Asaadi, S.; Ma, Y.; Sixta, H.;Tanttu, M.; Netti, E.; Hummel, M.: High-tenacity textile cellulose fibers from ionic liquid solutions..................105

Miene, A.; Mayr, A.; Heye, U.; Taubner, R.: Online measurement of filament orientation at spunbondlines.....................................................57

Mohanty, G.; Reifler, F.A.; Michler, J.; Hufenus, R.; Leal, A.A.: Properties and potential applications of melt-spun amorphous filaments...........................33

Morgenstern, M.; Weise, B.; Steinmann, W.; Beckers, M.; Seide, G.;Gries, T.: Melt spinning of electricallycaptive fibers by addition of graphene multilayers ..................MMF 61

Mougin, B.: Textile bio-fibers from almond shells and other waste from farm production ........................110

Müller-Probandt, S.: Technologies for washing yarns and their technical realization....................MMF 76

Nazareth da Silva, A.L.; Biques Fernandes, E.; Bastos, M.B.: Large scale HT PET yarn using LSP technology:special yarn development ..................232

Netti, E.; Hummel, M.; Michud, A.; Asaadi, S.; Ma, Y.; Sixta, H.; Tanttu, M.:High-tenacity textile cellulose fibers from ionic liquid solutions..................105

Niebel, V.; Gloy, Y.-S.; Gries, T.; Deleersnyder, K.; Ruys, L.: Polyolefin melt adhesion fibers and yarns and implementation into textile applications ................................MMF 47

Novotná, M.: Comparison properties ofselected inorganic fibers ......................99

Oppermann, L.; Diener, A.: Dissolving technology for very good fiber quality ..............................109



Index 2015

Subject Index Page Page Page

High-tenacity textile cellulose fibers from ionic liquid solutions..................105

PET improvement equipment .................25PLA – polymer with the best

eco-profile.........................................154PLA: cheaper and greener way

to produce ........................................154Polyamide market study .......................150Polyester Direct Film Casting (DFC)

technology ........................................213Process to cut technical thermoplastics

under water.......................................152Spin-off of polymer intermediate

business of DSM..................................24Textile bio-fibers from almond shells and

other waste from farm production.....110Textile hybrid structures from

biomaterials for regenerative medicine..............................................31

Zimmer Polymer Technologies sold to Technip ...........................................24

Fibers/Yarns3D fiber parts with fiber

injection molding.................................7754th Dornbirn Man-Made Fibers

Congress .............................................73Accelerated biodegradation fiber for

disposable wipe market .....................134Advanced Lycra fiber for lightweight

fabrics .................................................36Antibacterial continuous filament yarn...11Basalt fibers – glass fibers rich in iron

oxide having enhanced Young's modulus .....................................MMF 53

Brazil: higher synthetic fiber imports ....145Carbon fiber materials in the new

BMW 7................................................76

Carbon fiber precursors .......................216Carbon fiber production plant

in Russia ............................................102Carbon fiber study .................................74Carbon fibers: increased research efforts

to speed up commercialization ............74Carbon fibers: surface modification........49Carbon nanofibers from atmospheric

carbon dioxide...................................203Ceramic polyester yarns and new

polyamide yarns ................................117China: carbon fiber report and

outlook..............................................145Comparison properties of selected

inorganic fibers....................................99Coolmax fabric blended with

Tencel fiber..........................................10Cotton and man-made fibers

in comparison......................................32Cotton-like polyethylene terephthalate

fiber: structure and properties .............39Effect of nano-alumina particles on

physical adsorption property of acrylic fibers ......................................220

Electrospun PHBHHx based nanofibers potential for vascular graft.................160

EU 28: stable fiber imports...................146EvoTape – the (r)evolution of tape

production.........................................168Fibers demand: mid-term direction

and long-term perspective..........MMF 34First permanent flame-retardant

polyamide 66 ....................................101Germany: the current situation of the

man-made fiber industry ...................157Global fiber capacities..........................210Global fiber production: more polyester,

less olefins and acrylics ......................124

Raw materials11th China International Recycled

Polyester and PET Packaging Conference & Exhibition ....................214

12th China International Acrylonitrile/Acrylic Fibre Forum..............................26

12th China International Polyester & Intermediated Forum ...........................91

150th anniversary of BASF ......................9023rd International Polyester Recycling

Forum: developments in polyester recycling..............................................94

9th European Nylon Symposium: higher capacities, lower prices .............28

Achema 2015: great atmosphere, good results.......................................153

Bio-based PLA resins for extrusion, thermo-forming, injection molding and fiber spinning .............................215

Bio-based polymers market study.........155Bio-based polymers market study

updated......................................MMF 16Bioplastics production to grow by more

than 400 % by 2018 ............................27Bio-polyamide market by 2022 ............154Biotechnological recycling of CFRP.......139Brief information 24-27, 90, 92-99,

150, 152-154, 212-213Carbon fiber precursors .......................216Carbon nanofibers from atmospheric

carbon dioxide...................................203Changes within the polyamide chain

in China...............................................93Company information.......................90-93Cotton and man-made fibers

in comparison......................................32Designing a novel fiber for fire

protection applications ........................29

Wang, Z.; Wang, X.; Wang, N.; Huang, M.: Structure and properties of the cotton-like polyethylene terephthalate fiber...............................39

Weber, H.-D.; Pfadenhauer, S.: High-tech ceramics in DTY process engineering .......................................176

Weise, B.; Steinmann, W.; Beckers, M.;Seide, G.; Gries, T.; Morgenstern, M.:Melt spinning of electrically captive fibers by addition of graphene multilayers..................................MMF 61

Werner, R.: What makes "Techtextil" so important for the man-made fiber industry ...............................................65

Wissenberg, A.: Quo vadis, man-made fiber industry? ..................121

Zhao, X.; Gao, J.; Wang, L.; Wang, F.;Wang, W.: Collagen-PEO composite nanofibers by electrospinning..............50

Zhu, C.; Chen, J.; Shen, S.; Qin, Y.: Preparation and characterization of silver containing chitosan fibers...................................................52

Wang, W.; Zhao, X.; Gao, J.; Wang, L.;Wang, F.: Collagen-PEO composite nanofibers by electrospinning..............50

Wang, X.; Wang, N.; Huang, M.; Wang, Z.: Structure and properties of the cotton-like polyethylene terephthalate fiber...............................39


Man-Made Fiber Year Book 2016Published by Chemical Fibers International

Publication date: September 7, 2016


Index 2015

Trilobal PP fiber......................................12Ultra-flat high tenacity yarn for technical

applications .........................................46USA: higher fiber imports.......................84USA: lower fiber exports ........................83USA: more polyester BCF carpet

yarns .................................................199USA: strong increase in fiber imports ...209Viscose fiber with permanently

incorporated IR-heat reflection....................................MMF 23

World trade in PP filament yarns 2013 .....6Yarn cleaners for core yarn...................225

Fiber production65 years of fiber production

by Kaneka ...........................................20Achema Preview ...............................86-89Air nozzle type and effect on

characteristics of air-jet textured yarns .................................................235

Carbon fiber industry: consolidation and rapid growth .......................MMF 13

Carbon fiber intermediate production facility in Germany (Mitsubishi Rayon) .............................204

China: man-made fiber production +12% in Q1/2015..............................145

Collagen-PEO composite nanofibers by electrospinning ...............................50

Company information....MMF 59, MMF 63Dissolving technology for very good

fiber quality .......................................109Effect of heat setting on tensile

properties of polytrimethylene terephthalate.....................................229

Energy-efficient tangling in high-speed BCF production..................17

European InnoREX project to develop new PLA production technology ........231

False-twist draw-texturing machines:world market trends ...................MMF 80

Garments made from beer ...................228Gel-spinning technique for

high-strength carbon fibers ...............140Global fiber production: more polyester,

less olefins and acrylics ......................124Global man-made fiber production:

further increasing Chinese domination..........................................68

Global synthetic fiber production .........210Graphene nanoribbon as promising

filler of composite fibers and textiles ..............................................237

High-tech ceramics in DTY process engineering .......................................176

HMLS polyester yarn: innovative solutions............................................108

Ionic liquids for finishing polyester fibers with cellulosic surfaces......MMF 64

ITMA preview ...............................182-191

Gluteraldehyde vapor cross-linked chitosan/polyethylene oxide nanofibrous mat................................166

Hagfish slime fiber: new source of biomaterial ..........................................95

HCC: new carbon fiber production plant in Russia .....................................75

High-performance polyethylene fibers:new prospects ......................42, MMF 49

High-tenacity textile cellulose fibers from ionic liquid solutions..................105

Hollow fibers for the separation of gas mixtures ......................................133

Indian textiles review ....................MMF 55Indonesia: chemical fiber

industry ......................................MMF 31Industrial chains with Dyneema..............32Innovative, cost-competitive bio-based

polyamide for textiles ........................223Introduction to polymer and polymer

fiber analysis .....................................219ITMA preview ...............................182-191Japan: stable man-made fiber

production...........................................83Lightweight and eco-friendly polyester

material for the transport industry ...............................................35

Lightweight polyester fibers..........MMF 41Melt-spun amorphous filaments:

properties and potential applications .........................................33

Meta-aramid fiber for advanced protective clothing solutions..................9

Meta-aramid fiber for firefighter suits ....12Mexico: higher imports of polyester

filament yarns......................................83Natural fiber LFT for lightweight

applications .........................................97New winder for tapes and artificial

grass..................................................118PCM acrylic fiber .................................107Polyamide fibers to 2020 .......................98Polyester electrostatic conductive

monofilament for process belts ...........................................MMF 37

Polyester fibers and overcapacities in China.................................................1

Polyolefin melt adhesion fibers and yarns and implementation into textile applications .....................MMF 47

Stabilization of PAN fibers by contact heat transfer........................................44

Stretch-broken carbon fiber yarn............................................MMF 14

Strong decline of yarn production inQ4/2014..............................................84

Structure and properties of novel hollow viscose fiber ..........................162

Sustainability and man-made fibers......193Techtextil preview.............................59-63Tencel fibers for shoes .........................115

Large scale HT PET yarn using LSP technology: special yarn development .....................................232

Melt spinning of bio-based polymers:Overview on the properties and potential of melt spinnable biopolymers.......................................170

Melt spinning of electrically captive fibers by addition of graphene multilayers..................................MMF 61

Multi-polymer BCF extrusion line............51Nano-coating for textiles and

nonwovens........................................180New functional additive .........................54NMR for spin finish measurements.........56PLA: cheaper and greener way to

produce ............................................154Polypropylene fabrics: thermal and

flame-resistance behavior ..................177Preparation and characterization of

silver containing chitosan fibers...................................................52

Production and functionalization of bicomponent fibers based on PVDF ..........................................MMF 70

Project list of new polymer and chemicalfiber plants 2015 ...............................226

Sustainability and man-made fibers......193Technologies for washing yarns and

their technical realization............MMF 76Textile bio-fibers from almond shells and

other waste from farm production.....110Top 10 fiber producing countries

2005 – 2013 – 2020............................70USA: stable man-made fiber

production.........................................209Variable spinning line for

melt spinning.....................................173

NonwovensBrief information..............................78-81, Edana: new infographic for

flat roofing ........................................239Global nonwoven filter media market

2019 ...................................................18High-performance basalt fiber textiles

and nonwovens.................................115High-performance nonwovens:

significant growth ...............................81Hygiene finish for viscose

spunlace.....................................MMF 83Innovations in advanced

wound care .......................................239ITMA preview ...............................182-191Japan: stable nonwovens production ...147Nano-coating for textiles and

nonwovens........................................180Nonwovens as barrier to galvanic

corrosion of composites ......................80Nonwovens for protective wear and

filtration ............................................116



Index 2015

High temperature filament yarn ...........102High-performance polyethylene fibers:

new prospects .....................................42High-tenacity textile cellulose fibers

from ionic liquid solutions..................105Indian textiles review ....................MMF 55Introduction to polymer and

polymer fiber analysis ........................219Ionic liquids for finishing polyester

fibers with cellulosic surfaces......MMF 64Large scale HT PET yarn using LSP

technology: special yarn development .....................................232

Melt spinning of bio-based polymers:Overview on the properties and potential of melt spinnable biopolymers.......................................170

Melt spinning of electrically captive fibers by addition of graphene multilayers..................................MMF 61

Melt-spun amorphous filaments: properties and potential applications .........................................33

Online measurement of filament orientation at spunbond lines.....................................................57

Polyamide fibers to 2020 .......................98Polyamide market study .......................150Polyolefin melt adhesion fibers and

yarns and implementation into textile applications .....................MMF 47

Polypropylene fabrics: thermal and flame-resistance behavior ..................177

Preparation and characterization of silver containing chitosan fibers...................................................52

Production and functionalization of bicomponent fibers based on PVDF ..........................................MMF 70

Research for automotive grade carbon fibers .......................................15

Rieter: new Application and Research Center in Changzhou...........................82

Stabilization of PAN fibers by contact heat transfer ...........................44

Structure and properties of novel hollow viscose fiber ..........................162

Technologies for washing yarns and their technical realization............MMF 76

Textile hybrid structures from biomaterials for regenerative medicine..............................................31

Industry news20th anniversary of SML .......................1443D fiber parts with fiber injection

molding...............................................7750 years of modal fiber........................20150th anniversary of Aquafil ...................19854th Dornbirn Man-Made Fibers

Congress .............................................73

54th Dornbirn Man-Made Fibers Congress: sustainability at the center of interest..........................................138

65 years of fiber production by Kaneka ...........................................20

Aachen-Dresden Conference: in future together with DITF Denkendorf ...........73

Accelerated biodegradation fiber for disposable wipe market .....................134

Achema Preview ...............................86-89Acquisition of Dounor by PGI

completed ...........................................82Acquisition of Performance Fibers Asia

by IVL ..................................................19Acquisition of SASA Polyester cancelled

by IVL ..................................................21Acquisition of spinneret manufacturer

Enka Tecnica by Reifenhäuser ..............77Acquisitions ..................................MMF 10Advanced fiber-reinforced wood............10Africa: higher fiber consumption 2013...19Anniversaries ..................................MMF 9Aviation and aerospace growth driver

in CFRP market ..................................139Biotechnological recycling of CFRP.......139Black Dyneema UHMWPE fiber ............198Brazil: higher synthetic fiber imports ....145Brief information 4, 6, 8-22, 69-84,

129-148, 181, 196-210Canada: higher chemical fiber imports ...82Capacity expansions and new fiber

plants ...........................................MMF 8Carbon fiber industry: consolidation

and rapid growth .......................MMF 13Carbon fiber intermediate production

facility in Germany (Mitsubishi Rayon) .............................204

Carbon fiber materials in the new BMW 7................................................76

Carbon fiber production plant in Russia ..............................................75

Carbon fiber recycling process .............140Carbon fiber study .................................74Carbon fibers: increased research efforts

to speed up commercialization ............74Carbon nanofibers from atmospheric

carbon dioxide...................................203China: carbon fiber report and

outlook..............................................145China: concerns about possible

MES status...........................................82China: man-made fiber production

+12% in Q1/2015..............................145Closures and divestments..............MMF 11Company information ..........4, 6, 9, 10-18,

42, 70-72, MMF 9-13, 129-131, 197-199, 203-206

Dyes and organic pigments: industry study....................................132

Edana: 2014-2015 Sustainability Report .................................................79

Nonwovens industry in America outpaces GDP growth..........................79

Nonwovens industry: further investment......................MMF 12

Nonwovens production in Greater Europe +4.7% in 2015.........................79

Online measurement of filament orientation at spunbond lines.....................................................57

Techtextil preview..................................60Techtextil review...........................113-119Worker and doffer wires ......................114

ResearchAir nozzle type and effect on

characteristics of air-jet textured yarns .................................................235

Basalt fibers – glass fibers rich in iron oxide having enhanced Young's modulus........................MMF 53

Bio-based polymers market study.........155Bio-polyamide market by 2022 ............154Biotechnological recycling of CFRP.......139Carbon fiber study .................................74Carbon fibers: increased research efforts

to speed up commercialization ............74Carbon fibers: surface modification........49Collagen-PEO composite nanofibers

by electrospinning ...............................50Comparison properties of selected

inorganic fibers....................................99Cotton-like polyethylene terephthalate

fiber: structure and properties .............39Custom-made carbon fibers – unique

process technology at the HPFC at ITCF Denkendorf................................172

Edana: new infographic for flat roofing ........................................239

Effect of heat setting on tensile properties of polytrimethylene terephthalate.....................................229

Effect of nano-alumina particles on physical adsorption property of acrylic fibers ......................................220

Electrospun PHBHHx based nanofibers potential for vascular graft.................160

European InnoREX project to develop new PLA production technology ........231

Fibers demand: mid-term direction and long-term perspective..........MMF 34

Gel-spinning technique for high-strength carbon fibers ...............140

German chemical fibers industry: new comprehensive study available .....72

Gluteraldehyde vapor cross-linked chitosan/polyethylene oxide nanofibrous mat................................166

Graphene nanoribbon as promising fillerof composite fibers and textiles .........237

Hagfish slime fiber: new source of biomaterial ..........................................95



Index 2015

EU trade measures against Chinese glass fiber exporters ............................20

EU 28: fiber imports.......................19, 146EU 28: man-made fiber industry

2014 .................................................146European man-made fiber industry:

strengths and risks.............................196European market for textile

floorcoverings........................................8Gel-spinning technique for

high-strength carbon fibers ...............140German chemical fibers industry:

new comprehensive study available .....72German man-made fiber

production 2014................................130Germany: the current situation of the

man-made fiber industry ...................157Global fiber capacities..........................210Global man-made fiber production:

further increasing Chinese domination..........................................68

Global nonwoven filter media market2019 ...................................................18

Global synthetic fiber production .........210Graphene and carbon nanotubes:

market report ....................................204Hollow fibers for the separation of

gas mixtures ......................................133India: anti-dumping duty on various

polyester filament yarns.....................207India: first man-made fiber textile

conclave in Mumbai.............................20ITMA 2015: expectations exceeded......202ITMA preview ...............................182-191Japan: man-made fiber production ........83Japan: nonwovens production .............147

Jubilees ..........................................MMF 9Korea: free trade agreement

with China...........................................20Management ..........12, 14, 16, 74, 76, 78,

134, 136, 138, 202Meltblown webs made from high melt

viscosity polymers................................18Meraklon PE/PP bicofibers for hygiene

and technical applications..................196Mergers and acquisitions ..............MMF 10Meta-aramid fiber for advanced

protective clothing solutions..................9Mexico: higher imports of polyester

filament yarns......................................83New names in the chemical fiber

industry ........................................MMF 5New publications .................................165New technology center of Oerlikon

Barmag in Chemnitz opened..............143Nonwovens industry:

further investment......................MMF 12Nonwovens production in Greater

Europe +4.7% in 2014.........................79PA yarns from recycled fishing nets ......131Polyamide supply/demand

report 2015 .......................................129Polyamide-carbon fiber composite

system.................................................16Polyester fiber with improved

moisture control ................................130Polyolefin textiles:

market report ........................................8Quo vadis, man-made fiber industry? ...121REACH 2018 Roadmap...........................13Reinforced silk spun by spiders.............200Rieter: new Application and

Research Center in Changzhou ............82Stop for aramid copolymers containing

DAPBI (Teijin Aramid) .........................134Strategic alliance between Dienes

Apparatebau and Rauschert.................77Stretch-broken carbon

fiber yarn ...................................MMF 14Sustainability and man-made fibers......193Sustainability Report 2014 of

RadiciGroup ......................................134Swiss textile industry: ongoing

uncertainties........................................69Taiwan: stagnation of fiber exports

in 2014..............................................208Takeover of Bekaert Carding Solutions

by Groz-Beckert ...................................77Techtextil – what makes the fair so

important for the man-made fiber industry ...............................................65

Top 10 fiber producing countries 2005 – 2013 – 2021............................70

TTIP/CETA – significance for the man-made fiber industry ..............MMF 1

Type I environmental label for partiallyplant-based polyester fiber (Toray) .....201

UK: more carpet recycling ......................21USA: fiber imports .........................84, 209USA: fiber exports..................................83USA: fiber production ....................21, 209USA: more polyester BCF carpet yarns..199Viscose fibers: Consolidation trend

and stabilization of viscose fiber prices at a low level .............................69

World trade in PP filament yarns 2013 .....................................................6

World: weaker fiber prices .....................22


Company Index Page Page Page

3T TextilTechnologieTransfer 182, 2024K Invest 129Abalioglu Teknoloji 147AC-Automation 182Acelon Chemicals & Fiber 208ACS Materials MMF 61Adherent Technologies 140Aditya Birla Group 21, 208, MMF 11, MMF 33Advansa 14, 48, MMF 43AGY 75Ahlstrom 16Air Liquide MMF 10Air Liquide Global E&C Solutions 24Akinal Sentetik Tekstil 21Aksa Akrilik 15, 75, MMF 10Alemnis 34American Starlinger-Sahm 206American Superba 144, MMF 10Americhem 16, 22, 209Andritz Nonwovens 21, 113, 183Annelotech 92, MMF 16

Antex Anglés Textil 59Applied Market Information 218Apply Carbon 62Aquafil 11, 14, 131, 198, MMF 10Aquafil Engineering 94, 213Archroma 130, MMF 10Argon 75Asahi Kasei 20, 229Asahi Kasei Fibers 147Asia Pacific Fibers MMF 31, MMF 32Associated Weavers 28AstenJohnson 22, MMF 10Auriga Polymers 210Aurizon Ultrasonics 135Autefa Solutions 113, 134, 138, 183Automatik Plastic Machinery 94, 152AVA Biochem MMF 16Avantium 215Avgol 84, MMF 12Avintiv 142, 206, 210, MMF 5, MMF 10Bangkok Cable 83

Bangkok Polyester 83, MMF 10BASF 27, 90, 130, 212,

MMF 9, MMF 10, MMF 16bäumlin & ernst 101Bayer MaterialScience 135, 140, MMF 5BB Engineering 15, 94, MMF 59BCC Research 18, MMF 87Beaulieu Fibres 12, 114, 196, MMF 7Bekaert 77, 114Berry Plastics 142, MMF 10BGF Industries 141, 205Biagioli 115BMW 44, 76Boeing 203Bolt Threads 130Braskem 17Brückner Maschinenbau MMF 59Bühler 87Bühler Thermal Processes 91, 94, MMF 5BWK Chemiefaser 12CarbConsult 70

TECHNICALTEXTILES 2016/2017INNOVATIONS • TRENDS • MARKETS

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• Trend reports and market feature Eastern Europe• Company profiles• European market data

Demographic change:Opportunities for the technical textiles marketPublication date: June 2016


Index 2015

Cargill 27, MMF 16Carlsberg 12Cathay Biotech 223Central Filatama Mills MMF 32Cepsa 212Cepsa Chimie Montréal 145Cepsa Químíca 145, 212Ceresana 150Chain Yarn 209Chemtex 226, 227, 228,

MMF 56, MMF 58, MMF 59China Hi-Tech Group 145CHT R. Beitlich 183Clear Path Recycling 22, MMF 8c-m-p 15, MMF 10Coats 63Comoli 183Companhia Providencia 84Composite Materials (Italy) 204, MMF 13Composite Volokno 75Concordia Fibers 11Coperion 94Corbion 93Corbion Purac 215Cordenka 59Covestro 135, MMF 5CreaFibres 115CRU Group 28Cygnet Texkimp 76, 144Cytec Industries 74, 133, MMF 10DAK Americas 21, 22, 148, MMF 8Daliatex Kusuma MMF 33Daun & Cie. 4Davis-Standard 78Delta Preg 204Delta Tech 204Dienes Apparatebau 77, 103, 175,

185, MMF 76Dietze + Schell 205DiloGroup 113, 205Dissol 83Dolan 70, MMF 11Domo Chemicals 150Dounor 82, MMF 10Dover Corp. 152Dover Pump Solutions 152Dow Chemical 15, 75, MMF 10DowAksa 15, 75, MMF 10Dr. Collin 152Dr. Thiele Polyester Technology 94DSM 24, 138, MMF 11, MMF 61DSM Dyneema 32, 42, 136, 198, MMF 49DuPont 28, 111, 134, 150, 202, 229,

232, MMF 8, MMF 9DuPont Industrial Bioscience 71DuraFiber Technologies 70, 72, 74, MMF 5Dyneon 102DyStar 186Eagle Nonwovens 22, MMF 10Eastman Chemical MMF 23EcoStrate 71Elmarco 147ElringKlinger Kunststofftechnik 102Ems Griltech 59Ems-Chemie 33, 59, 101, 202,

MMF 20, MMF 30Enemac MMF 72Enka Tecnica 77, 143, MMF 10Erema 16, 25, 26, 92, 93, 213, 215Ergotron 48, MMF 40EuroFibers 199European Carbon Fiber 70, MMF 11

Ever Shine Tex MMF 33Evonik Industries 133Farè 82, 141FENC 196Fiber Engineering 77Fiberpartner 200Fibertex Nonwovens 209, MMF 10Fiberweb 84Fibre Extrusion Technology 18, 59, 185, 209Fil Control 185Filatex India MMF 8Fitesa 17, MMF 12Fleissner 60Ford Motor 15Formosa Plastics 153Fourné Polymertechnik 33, 44,

MMF 20, MMF 51Freedonia 132Freudenberg 142, MMF 7, MMF 9Freudenberg & Vilene 79, 142Freudenberg Performance

Materials 79, 80, 144, 225, 239, MMF 7, MMF 12

Frost & Sullivan 10, 74, 145, 152Fujian Baichuan Resources

Recycling Technology 214Fulgar 83, 200FYSC Technologies 199General Nonwovens 117, MMF 83Genomatica 28, 212, MMF 16Georg Sahm 61, 118, 188, 206, MMF 67GKD – Gebr. Kufferath 86Glatfelter 12, 22Global Bioenergies 27Global Nonwovens MMF 12Gneuss Kunststofftechnik 25, 88, 92, 94,

152, 184, 215GPFone 141Grand View Research 154Groz-Beckert 77Grupa Azoty 24Gruschwitz 61, MMF 13GTI 208Gualchierani Baling Systems 185Guxiandao Industrial Fibre 232Hangzhou Xianjin Fuchun Chemical 215Hans Schmidt 185HCC 75, MMF 13Heinrich Essers 48, MMF 40Herbold Meckesheim 94, 156Hexcel 141, MMF 13Hills 78Hornik Fibertech 185Huitong Chemical Engineering

Technique 153, 232Huvis 12HW Produktions 141Hyosung 6, MMF 8ICAP-SIRA Chemicals and Polymers 60IDTechEx 204IFP Energies nouvelles MMF 16Incotelogy 115IndexBox Marketing MMF 12Indo Bharat Rayon 208Indo Kordsa MMF 33Indo Rama Synthetics 207Indo-Bharat Rayon MMF 33Indonesia Toray Synthetics MMF 31, MMF 32Indorama Polyester Industries 207Indorama Polyester Industries

Indonesia MMF 32Indorama Synthetics MMF 31, MMF 32

Indorama Ventures 19, 20, 21, 70, 72, 83, 133, 145, 210, 212, MMF 10

Ineos MMF 47Intertek Group 215Invista 10, 36, 111, 115,

135, 154, MMF 44IQ Chimica 145IQAP Masterbatch 54, MMF 73Isothermal Technology MMF 61J&K Chemical 166J&K Scientific 50James Heal MMF 10Japan Vilene 79, 142, MMF 12Jayvee Organics & Polymers 207JEC Group 74Jiangsu Hengli Chemical Fibre 207Jiangsu Hengshen Fiber Material 145Johns Manville 22, 116, 142, 148Johnson Matthey 27, MMF 16Kahatex MMF 32Kaneka 20, 147, MMF 9Karl Mayer MMF 40Kelheim Fibres 11, 12, 70, 186, 197,

MMF 11, MMF 23Kermel 59Knox Fiber MMF 10Korteks 197Krones 215Krüss 116, MMF 59Kuny 101Kuraray 147Lantor 76Lanxess 76, MMF 6Laroche 117LeMur 116, MMF 23Lenzing 4, 9, 10, 29, 69, 70, 73, 74,

115, 124, 131, 146, 198, 201, 202, 207, MMF 11, MMF 17, MMF 23, MMF 24, MMF 33

Lenzing Instruments 57, 190, MMF 84Lenzing Technik 4, MMF 11,

MMF 56, MMF 57Levaco Chemicals MMF 82Lindauer Dornier 48, MMF 40Lingfeng Chemical Reagent 160Linz Textil 186List 109, 150, MMF 78LMC Automotive 28Loepfe Brothers 225Lunnex Chemical Fiber 215LyondellBasell 14, MMF 61M & G 12M. Dohmen 130Maag Automatik 152, 215Maag Pump Systems 88, 152Mahr 103Mainsite Technologies 173MAKCS 94MarketsandMarkets 90Mathis 186Maurer 150MBB Enterprises 232Mesdan 186Midori Anzen 201Mitsubishi Gas Chemical MMF 11Mitsubishi Rayon 16, 74, 114, 204, MMF 10Mitsui Chemicals MMF 12Mizushima Aroma MMF 11Monosuisse 33, MMF 20Montefibre 132Montefibre Hispania 132Montex Glass Fibre Industries 60



Index 2015

Multitexx 81, MMF 83Mutu Gading Tekstils MMF 31, MMF 32Nanex 180Nanocyl MMF 70Nanollose 228NatureWorks 17, 154Nbond Nonwoven 232Neofil Terni 11, MMF 42NetComposites 97Nexant 214Nextrusion 60, MMF 6NGR 16, 25, 92, 152, 215Nikko Chemicals 135Non Woven Solutions MMF 10Norafin Industries 116, MMF 83Nordson PPS 88nova-Insitute 27, 155, MMF 16Novamont MMF 16Novozymes 27, MMF 16NSC Fibre to Yarn 114NSC Schlumberger 186Nylstar 72, 132, 202Oerlikon 14, 16Oerlikon Barmag 19, 72, 76, 89, 108, 143,

168, 184, 232, MMF 59, MMF 60Oerlikon Manmade Fibers 14, 19, 121,

148, 153, 184, 205Oerlikon Neumag 17, 78, 184, 206,

210, MMF 81Oji Paper 135Outlast Technologies 107, MMF 6, MMF 23Oxford Instruments 56Pacific Viscose MMF 11Panasia Indosyntec MMF 32Pantex International 84PCI Fibres 11, 28, 32, 71, 72, 94, 98,

121, 136, 212, MMF 5, MMF 15, MMF 27, MMF 34, MMF 55

PCI Film Consulting 28PCI Nylon 11, 24, 28, 72, 93, 129Pegas Nonwovens 82, 146Performance Fibers 70, 72, 74,

MMF 5, MMF 10Performance Fibers Asia 19Perlon-Monofil 60, MMF 6Perlon Nextrusion Monofil 60, MMF 6,

MMF 37PHP Fibers 19, 46, 61, 70, MMF 38Pinghu Sanxin Machinery 215Plaxica 154Podder Pigments 188Polimetrix 150, 152Polyacrylic Corp. 220Polychem Indonesia MMF 31, MMF 33Polyfin Canggih MMF 32Polymer Group 78, 82, 84, 142,

MMF 5, MMF 10Polymetrix 91, 94, 212, 213, 226, 227,

228, MMF 5, MMF 56, MMF 58, MMF 59Polyplex 20Polyplex Europa Polyester Film 20Polyplex Turkey 21, MMF 10Poole 134Porcher Group 141Praedium 132Previero N 215Prima Rajuli Sukses MMF 33Prisma 199Procotex 62Puntiblond 72Pure Loop 16PyroTex Fibers 61, 72

Qiangsheng Functional Chemicals 160Qingdao Bright Moon Seaweed 52, MMF 68Qmilk 60R.Stat 62RadiciGroup 104, 117, 134Rauschert 77, 176Reifenhäuser 12, 60, 77, 143, MMF 10Reifenhäuser Reicofil 146, 148Reimotec 102Reliance Industries 90, 207, MMF 8Rennovia 27, MMF 16Research and Markets 153Retech 117, 187Reyes Groupe 144Rhodia 201Rhodia Brazil 10Ribatek 209Richard Hough 190Rieter 82, 208Rosatom 75Rowa Masterbatch 132Rowasol 207Rusnano 75Saati 15, 204, MMF 13SABIC 14Safil 208Samyang 12Sandler 18, 118, 141, 148Sappi 24Sasa Polyester 21, MMF 41Sateri MMF 11Saurer 76, 78, 144, 189Saurer Allma 63Saurer Heberlein 77Saurer Volkmann 14Savio 186SB Plastics Machinery 94Schill & Seilacher 187Serafin MMF 6Se-So-Tec 94, 215SGL Carbon 16, 61, 76, 97,

140, 204, MMF 13Shanghai LingFeng Chemical Reagent 50Shaw Industries 22Shenzhen Kaifeng Investment 214Shinkong Synthetic Fiber 208Sichuan Hebang 82, MMF 13Silon 62, 207SIMA 205Sinofiber Technology 145Sinopharm Chemical Reagent 50, 166Sinterama 35, MMF 43SK Capital Partners 130SK Chemicals 12smartfiber 72, MMF 9SML Maschinengesellschaft 144, 190Solvay 10, 133, 134, 145, 201,

MMF 10, MMF 11, MMF 72South Pacific Viscose 4, MMF 33Spinnova 71SSM Schärer Schweiter Mettler 14, 63, 77,

78, 136, 188, MMF 63Starlinger 25, 206Südwolle 208Sukano 118, 138Sulindafin MMF 31, MMF 33Sumec Group 188Sun Chemical 197Suominen 18, 136, MMF 12Superba 144, 190, MMF 10Suzhou Carry Fortune 162Svenskt Konstsilke 118


SvetlogorskKhimvolokno 60Synthos 27TechNavio 206Technical Absorbents 148, 209Technical Fibre Products 80, 141, MMF 12Technical Polymers 150Technip 24Technip Zimmer 227, 232, MMF 10,

MMF 58, MMF 59Techno Plastic 205Tecnon OrbiChem 24, 25, 90, 91, 213Teijin 9, 10, 14, 16, 62,

136, 147, 229Teijin MMF 42Teijin Aramid 62, 134Teijin Frontier 16Tereos 215Textechno Herbert Stein 117, 190Thai Acrylic Fibre 107, MMF 6The Fiber Year 68, 70, MMF 4Thermo Fisher Scientific 51Thermoplast Composite 140Thermore 10Thrace 82Tifico Fiber Indonesia MMF 31TK Industries 204Tl Ingenieure für tragwerk und leichtbau 73Toho Tenax 10, 74, 139, 140Toray Advanced Materials Korea 20, MMF 8Toray Carbon Fibers Europe MMF 13Toray Chemical Korea 20, 146, MMF 8Toray Composites (America) 203Toray Industries 15, 20, 74, 111, 142, 146,

201, 203, 204, MMF 8, MMF 13Toray Polytech Jakarta 20, MMF 8Toyobo 132, 147, MMF 11Trevira 9, 19, 70, 119, 130, 210Trützschler 82, 143, 191Trützschler Nonwovens 62, 207, 239Trützschler Switzerland 143Tuchfabrik Gebrüder Mehler 130TWD Fibres 4, 129, MMF 10TWI 190Ube Industries 150Uhde Inventa-Fischer 24, 94, 226, 227, 228,

232, MMF 56, MMF 58, MMF 59Unifi 84, 148, 197, MMF 8Unisensor Sensor-Systeme 94Unisinos 232Unitika 147Van de Wiele 51, 78, 144, 190,

MMF 10, MMF 59, MMF 63Vastex Prima Industries MMF 32Verdol 144Verisk Analytics 212Virent MMF 16Vita Nonwovens MMF 10Voith Paper 191, 232Wellman International 12, MMF 43Wethje Carbon Composites 204Wethje Holding MMF 10Witte Pumps & Technology 89, 103Wood Mackanzie 28, 212Yantai Tayho 205Yibin Grace 145Zeon Chemicals 33, MMF 20Zhejiang Golden-Shell Biological 166Zhongfu Shenying Carbon Fiber 145Zimmer 24Zoltek 75, 76, MMF 13Zschimmer & Schwarz 63, MMF 79Zyex 102

index 2015 volume 65...for the fiber, textile and apparel industries contact: technical trade...

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