index 2012 volume 62textination.de/en/dfv/cfi/cfi index 2012.pdf · chemical fibers international...

Andablo-Reyes, E., Ronca, S., Forte, G.,Yao, Y., Bos, J., van der Eem, J., Tjaden, H., Rastogi, S., Pandey, A., de Boer, E., Romano, D.: Solvent-freeprocessing of UHMWPE for demanding applications.....................192

Beckers, M., Vestweber, N., Steinmann,W., Vad, T., Gauß, B., Künne, M., Seide,G., Gries, T.: Optical test stand for measuring purposes of light guide properties of optical fibers...................43

Bender, K., Schäch, G., Rosa, S.: New flame-retardant polyamide fiber ........180

Beyer, S., Weinhold, J.: Compact artificial turf system ..............45

Bos, J., van der Eem, J., Tjaden, H., Rastogi, S., Pandey, A., de Boer, E., Romano, D., Andablo-Reyes, E., Ronca,S., Forte, G., Yao, Y.: Solvent-free processing of UHMWPE for demanding applications.....................192

Caihau, W.: Structure of properties of microporous modified PET fiber.......88

Canal, C., Canal, J.M., Labay, C., Navarro, A.: Comparison of the effects of corona and low pressure plasma on the release of caffeine from PA 66 filament yarns .................182

Canal, J.M., Labay, C., Navarro, A., Canal, C.: Comparison of the effects of corona and low pressure plasma on the release of caffeine from PA 66 filament yarns....................................182

Chen, Y., Cheng, L.-D., Wei, M.-Y., Xue,W.-L., Wu, Y.-Q.: Structure and property of PSA yarn ...........................26

Cheng, L.-D., Wei, M.-Y., Xue, W.-L., Wu, Y.-Q., Chen, Y.: Structure and property of PSA yarn ...........................26

Crnoja-Cosic, M., Taylor, J., Steger, A.,Metzig, C.: Tencel – improved performance for workwear..................30

Damm, C., Peukert, W., Wilms, C., Seide, G., Gries, T., Schäfer, K., Wang, H., Pich, A., Möller, M.: Novel luminescent composite polymer fibers for warning and security systems.......130

de Boer, E., Romano, D., Andablo-Reyes,E., Ronca, S., Forte, G., Yao, Y., Bos, J.,van der Eem, J., Tjaden, H., Rastogi, S.,Pandey, A.: Solvent-free processing of UHMWPE for demanding applications .......................................192

Driscoll, P.: Leading capacities for nylon fibers in 2012 .....................139

Engelhardt, A.W.: Synthetic industrial filament yarns and fibers on the rise....................MMF 8

Forte, G., Yao, Y., Bos, J., Tjaden, H., van der Eem, J., Rastogi, S., Pandey, A., de Boer, E., Romano, D., Andablo-Reyes, E., Ronca, S.: Solvent-free processing of UHMWPE for demanding applications ...............192

Fuchs, H.: Trends in the nonwovens industry ...................MMF 72

Gauß, B., Künne, M., Seide, G., Gries, T.,Beckers, M., Vestweber, N., Steinmann,W., Vad, T.: Optical test stand for measuring purposes of light guide properties of optical fibers...................43

Geus, H.G., Klietzing, T., Tiedt, T., Raina, M., Seide, G., Gries, T., Maas, M., Wüscht, M.: QualiVlies – objective quality evaluation method of nonwovens based on subjective quality evaluation ..............................100

Gierlings, S., Seide, G., Gries, T.: High-temperature bicomponent melt spinning line ..............................146

Glauß, B., Walter, S., Wulfhorst, J., Seide, G., Gries, T., Steinmann, W.: Modern methods in fiber analysis for advanced quality control and process development...........................95

Gries, T., Karadagli (Kayacan), I., Milow,B., Ratke, L., Schulz, B., Seide, G.: The Aero-Fib project ............................41

- Beckers, M., Vestweber, N., Steinmann, W., Vad, T., Gauß, B., Künne, M., Seide, G.: Optical test stand for measuring purposes of light guide properties of optical fibers ...................................43

- Steinmann, W., Glauß, B., Walter, S.,Wulfhorst, J., Seide, G.: Modern methods in fiber analysis for advanced quality control and process development...........................95

- Maas, M., Wüscht, M., Geus, H.G., Klietzing, T., Tiedt, T., Raina, M., Seide, G.: QualiVlies – objective quality evaluation method of nonwovens based on subjective quality evaluation ..............................100

- Schäfer, K., Wang, H., Pich, A., Möller, M., Damm, C., Peukert, W.,Wilms, C., Seide, G.: Novel luminescent composite polymer fibers for warning and security systems ..........................130

- Gierlings, S., Seide, G.: High-temperature bicomponent melt spinning line ..............................146

- Lemm, J., Vestweber, N., Seide, G.: CFM – Center for high-performance Fiber Materials in Aachen/Germany ...161

- Warnecke, M., Poggenburg, B., Seide, G.: The carbon fiber market – an update..........................................189

Gurwara, S.: Bio-MEG as feedstock forthe PET industry...................................71

Hayes, E.: World fiber use increased to 88 million tons in 2011 .................179

Karadagli (Kayacan), I., Milow, B., Ratke, L., Schulz, B., Seide, G., Gries, T.: The Aero-Fib project ..............41

Kellie, G.: What does the nonwovens industry expect from the man-made fiber producers? ...................MMF 1, 194

Khanum, R.: Pilling tendency minimization of lyocell fiber by defibrillation methods.....................90

- Water-repellent finish on polyester with Janus particles ...........................142

Klietzing, T., Tiedt, T., Raina, M., Seide, G., Gries, T., Maas, M., Wüscht, M., Geus, H.G.: QualiVlies – objective quality evaluation method of nonwovens based on subjective quality evaluation ..............................100

Chemical Fibers International 2012 1

Index 2012

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

Index 2012 Volume 62www.chemical-fibers.com

Author Index Page Page Page

Kmonicek, H.: Dornbirn Man-Made Fibers Congress –today and tomorrow .........................153

Koslowski, H.-J.: Structural changes in the European man-made fiber industry .........................................1

Krieg, M., Meister, F., Schaller, J.: Novel absorbing fibers based on cellulose acetate ................................188

Künne, M., Seide, G., Gries, T., Beckers,M., Vestweber, N., Steinmann, W., Vad,T., Gauß, B.: Optical test stand for measuring purposes of light guide properties of optical fibers...................43

Labay, C., Navarro, A., Canal, C., Canal,J.M.: Comparison of the effects of corona and low pressure plasma on the release of caffeine from PA 66 filament yarns..........................182

Lemm, J., Vestweber, N., Seide, G., Gries, T.: CFM – Center for high-performance Fiber Materials in Aachen/Germany ...........................161

Li, F.-X., Yu, J.-Y., Zhang, S.: Novel bacterial cellulose/alginate blend bio-fibers for biochemical application ......186

Liu, X., Ning, Y., Wang, F.: Processing methods of polyester fibers with deep coloring.....................37

Maas, M., Wüscht, M., Geus, H.G., Klietzing, T., Tiedt, T., Raina, M., Seide, G., Gries, T.: QualiVlies – objective quality evaluation method of nonwovens based on subjective quality evaluation ..............................100

Maity, S., Singha, K.: Melamine fiber –synthesis, features and applications ...183

Mallin, C.: Being competitive with largescale staple fiber production lines – a customer case study .........................98

Meister, F., Schaller, J., Krieg, M.: Novel absorbing fibers based on cellulose acetate ...........................188

Metzig, C., Crnoja-Cosic, M., Taylor, J.,Steger, A.: Tencel – improved performance for workwear..................30

Milow, B., Ratke, L., Schulz, B., Seide, G.,Gries, T., Karadagli (Kayacan), I.: The Aero-Fib project ............................41

Möller, M., Damm, C., Peukert, W.,Wilms, C., Seide, G., Gries, T., Schäfer, K.,Wang, H., Pich, A.: Novel luminescentcomposite polymer fibers for warningand security systems ..........................130

Müll, K.: Carbon processing with high process validation ........................93

Navarro, A., Canal, C., Canal, J.M., Labay, C.: Comparison of the effects of corona and low pressure plasma onthe release of caffeine from PA 66 filament yarns....................................182

Ning, Y., Wang, F., Liu, X.: Processing methods of polyester fibers with deep coloring.....................37

Pandey, A., de Boer, E., Romano, D., Andablo-Reyes, E., Ronca, S., Forte, G.,Yao, Y., Bos, J., van der Eem, J., Tjaden, H., Rastogi, S.: Solvent-free processing of UHMWPE for demanding applications.....................192

Peukert, W., Wilms, C., Seide, G., Gries, T., Schäfer, K., Wang, H., Pich, A.,Möller, M., Damm, C.: Novel luminescent composite polymer fibers for warning and security systems.......130

Pich, A., Möller, M., Damm, C., Peukert,W., Wilms, C., Seide, G., Gries, T., Schäfer, K., Wang, H.: Novel luminescent composite polymer fibers for warning and security systems.......130

Poggenburg, B., Seide, G., Gries, T., Warnecke, M.: The carbon fiber market – an update ...........................189

Rademacher, M.: S+ for polyester BCFcarpet yarn production ......................140

Raina, M., Seide, G., Gries, T., Maas, M.,Wüscht, M., Geus, H.G., Klietzing, T.,Tiedt, T.: QualiVlies – objective quality evaluation method of nonwovens based on subjective quality evaluation ..............................100

Rastogi, S., Pandey, A., de Boer, E., Romano, D., Andablo-Reyes, E., Ronca, S., Forte, G., Yao, Y., Bos, J., van der Eem, J., Tjaden, H.: Solvent-free processing of UHMWPE for demanding applications ...............192

Ratke, L., Schulz, B., Seide, G., Gries, T.,Karadagli (Kayacan), I., Milow, B.: The Aero-Fib project ............................41

Romano, D., Andablo-Reyes, E., Ronca, S., Forte, G., Yao, Y., Bos, J., van der Eem, J., Tjaden, H., Rastogi, S.,Pandey, A., de Boer, E.: Solvent-free processing of UHMWPE for demanding applications ...............192

Ronca, S., Forte, G., Yao, Y., Bos, J., van der Eem, J., Tjaden, H., Rastogi, S.,Pandey, A., de Boer, E., Romano, D., Andablo-Reyes, E.: Solvent-free processing of UHMWPE for demanding applications.....................192

Rosa, S., Bender, K., Schäch, G.: New flame-retardant polyamide fiber .................................180

Schäch, G., Rosa, S., Bender, K.: New flame-retardant polyamide fiber .................................180

Schäfer, K., Wang, H., Pich, A., Möller,M., Damm, C., Peukert, W., Wilms, C.,Seide, G., Gries, T.: Novel luminescentcomposite polymer fibers for warningand security systems ..........................130

Schaller, J., Krieg, M., Meister, F.: Novel absorbing fibers based on cellulose acetate ................................188

Schulz, B., Seide, G., Gries, T., Karadagli(Kayacan), I., Milow, B., Ratke, L.: The Aero-Fib project ............................41

Seide, G., Gries, T., Karadagli (Kayacan), I.,Milow, B., Ratke, L., Schulz, B.: The Aero-Fib project ............................41

- Gries, T., Beckers, M., Vestweber, N.,Steinmann, W., Vad, T., Gauß, B., Künne, M.: Optical test stand for measuring purposes of light guide properties of optical fibers...................43

- Gries, T., Steinmann, W., Glauß, B., Walter, S., Wulfhorst, J.: Modern methods in fiber analysis for advanced quality control and process development...........................95

- Gries, T., Maas, M., Wüscht, M., Geus, H.G., Klietzing, T., Tiedt, T., Raina, M.A.: QualiVlies – objective quality evaluation method of nonwovens based on subjective quality evaluation ..............................100

- Gries, T., Gierlings, S.: High-temperature bicomponent melt spinning line ..............................146

2 Chemical Fibers International 2012

Index 2012


Issue 1 Pages 1 – 48




Volume 62

2012


Index 2012

Warnecke, M., Poggenburg, B., Seide, G., Gries, T.: The carbon fiber market – an update ...................189

Wei, M.-Y., Xue, W.-L., Wu, Y.-Q., Chen, Y., Cheng, L.-D.: Structure and property of PSA yarn.....................26

Weinhold, J., Beyer, S.: Compact artificial turf system ..............45

Wilms, C., Seide, G., Gries, T., Schäfer, K., Wang, H., Pich, A., Möller,M., Damm, C., Peukert, W.: Novel luminescent composite polymer fibers for warning and security systems.......130

Wu, Y.-Q., Chen, Y., Cheng, L.-D., Wie, M.-Y., Xue, W.-L.: Structure and property of PSA yarn.....................26

Wulfhorst, J., Seide, G., Gries, T., Steinmann, W., Glauß, B., Walter, S.: Modern methods in fiber analysis for advanced quality control and process development...........................95

Wüscht, M., Geus, H.G., Klietzing, T.,Tiedt, T., Raina, M., Seide, G., Gries, T.,Maas, M.: QualiVlies – objective qualityevaluation method of nonwovens basedon subjective quality evaluation .........100

Xue, W.-L., Wu, Y.-Q., Chen, Y., Cheng, L.-D., Wie, M.-Y.: Structure and property of PSA yarn......26

Yao, Y., Bos, J., van der Eem, J., Tjaden, H., Rastogi, S., Pandey, A., de Boer, E., Romano, D., Andablo-Reyes, E., Ronca, S., Forte, G.:Solvent-free processing of UHMWPE for demanding applications ...............192

Yu, J., Shi, M., Wang, N.: Structure and properties of opaque polyester fibers .....................133

Yu, J.-Y., Zhang, S., Li, F.-X.: Novel bacterial cellulose/alginate blend bio-fibers for biochemical application ......186

Zhang, S., Li, F.-X., Yu, J.-Y.: Novel bacterial cellulose/alginate blend bio-fibers for biochemical application ......186

Tjaden, H., Rastogi, S., Pandey, A., de Boer, E., Romano, D., Andablo-Reyes,E., Ronca, S., Forte, G., Yao, Y., Bos, J.,van der Eem, J.: Solvent-free processing of UHMWPE for demanding applications.....................192

Vad, T., Gauß, B., Künne, M., Seide, G.,Gries, T., Beckers, M., Vestweber, N.,Steinmann, W.: Optical test stand formeasuring purposes of light guide properties of optical fibers...................43

van der Eem, J., Tjaden, H., Rastogi, S.,Pandey, A., de Boer, E., Romano, D., Andablo-Reyes, E., Ronca, S., Forte, G.,Yao, Y., Bos, J.: Solvent-free processing of UHMWPE for demanding applications.....................192

Van Houte, F.: Current situation in PP fibers in Europe.........................105

Vestweber, N., Steinmann, W., Vad, T.,Gauß, B., Künne, M., Seide, G., Gries, T.,Beckers, M.: Optical test stand for measuring purposes of light guide properties of optical fibers...................43

- Seide, G., Gries, T., Lemm, J.: CFM – Center for high-performance Fiber Materials in Aachen/Germany ...161

Walter, S., Wulfhorst, J., Seide, G., Gries, T., Steinmann, W., Glauß, B.: Modern methods in fiber analysis for advanced quality control and process development...........................95

Wang, F., Liu, X., Ning, Y.: Processing methods of polyester fibers with deep coloring.....................37

Wang, H., Pich, A., Möller, M., Damm, C., Peukert, W., Wilms, C., Seide, G., Gries, T., Schäfer, K.: Novel luminescent composite polymer fibers for warning and security systems.................................130

Wang, N., Yu, J., Shi, M.: Structure and properties of opaque polyester fibers .....................133

- Gries, T., Schäfer, K., Wang, H., Pich, A.,Möller, M., Damm, C., Peukert, W.,Wilms, C.: Novel luminescent composite polymer fibers for warningand security systems ..........................130

- Gries, T., Lemm, J., Vestweber, N.: CFM – Center for high-performance Fiber Materials in Aachen/Germany ...161

- Gries, T., Warnecke, M., Poggenburg, B.: The carbon fiber market – an update ...........................189

Senthil Kumar, R.: Specialty fibers insports and leisure textiles.....................92

Shi, M., Wang, N., Yu, J.: Structure and properties of opaque polyester fibers .....................133

Singha, K., Maity, S.: Melamine fiber –synthesis, features and applications ...183

Steger, A., Metzig, C., Crnoja-Cosic, M.,Taylor, J.: Tencel – improved performance for workwear..................30

Steinmann, W., Vad, T., Gauß, B., Künne, M., Seide, G., Gries, T., Beckers, M., Vestweber, N.: Optical test stand for measuring purposes of light guide properties of optical fibers ...................................43

- Glauß, B., Walter, S., Wulfhorst, J., Seide, G., Gries, T.: Modern methods in fiber analysis for advanced quality control and process development ........95

Taylor, J., Steger, A., Metzig, C., Crnoja-Cosic, M.: Tencel – improved performance for workwear..................30

Thiele, U.: Current status of polyester recycling ...............................49

- 8th China International Recycled Polyester Forum.................................178

Tiedt, T., Raina, M., Seide, G., Gries, T.,Maas, M., Wüscht, M., Geus, H.G., Klietzing, T.: QualiVlies – objective quality evaluation method of nonwovens based on subjective quality evaluation ..............................100


Subject Index Page Page Page

Raw MaterialsBio-MEG as feedstock for the

PET industry.........................................71Corema system for recycling

and compounding .............................175Growing PET recycling in Europe .........177New ADN technology for PA 66 ..........176New polyolefin polymer L-MODU for

soft nonwovens...................................24PLA capacity 800,000 tons by 2020 .....128Polyethylene to carbon fibers.................74

Recycling systems sales increase by 40 %...............................................70

Fibers/YarnsACHEMA preview: new machinery for

fiber production, texturing and nonwovens ...................................75–78

Comparison of the effects of corona and low pressure plasma on the release of caffeine from PA 66 filament yarns....................................182

Current situation in PP fibers in Europe...........................................105

Global and Chinese market trends for polyester industrial filament yarns......................................55

Global carbon fiber market 2017 .........118Global fiber production: polyester

and viscose fiber expansion ...............108Global polyester capacity

expansion..........................................159Global PP filament yarn trade...................7


Index 2012


ITMA Asia + CITME preview: new machinery for fiber production, texturing and nonwovens ..............79–86

Leading capacities for nylon fibers in 2012..............................................139

Lower German chemical fiber production.........................................112

Lower synthetic fiber production in Germany..........................................53

Modern methods in fiber analysis for advanced quality control and process development...........................95

MRS: high quality PET textile filament yarn from recycled PET ......................144

New BCF yarn extrusion system and 3-end winder for BCF yarns...........36

New false-twist texturing machine and manual parallel winder ...............145

Optical test stand for measuring purposes of light guide properties of optical fibers ...................................43

PLA capacity 800,000 tons by 2020 .....128Polyester world production

39 million tons ....................................54Processing methods of polyester fibers

with deep-coloring ..............................37Project list of new polymer and

chemical fiber plants 2012 ................136S+ for polyester BCF carpet yarn

production.........................................140Solvent free processing of UHMWPE

for demanding applications ...............192Spin finish application – problems

in POY and FDY production ...............193Tester for filament yarn production ........42The Aero-Fib project ..............................41Viscose specialty fiber Leonardo for

paper production.................................34Water-repellent finish on polyester

with Janus particles ...........................142What does the nonwovens industry

expect from the man-made fiber producers?.................................194

TexturingACHEMA preview: new machinery

for fiber production, texturing and nonwovens .............................75–78

Extended range of DiolenSafe air-textured polyester yarns................113

Global market trends of PA textured textile yarns ........................9


Japanese fiber machinery at ITMA 2011 ......................................40

New false-twist texturing machine andmanual parallel winder ......................145

Record levels for polyester texturing machinery...........................120

World market trends for draw-texturing machines ............MMF 70

NonwovensACHEMA preview: new machinery

for fiber production, texturing and nonwovens .............................75–78

Germany: lower nonwovens production ............152

Germany: nonwovens turnover +12% .................60

Global nonwovens market trends ........147Global PP spunbond market study........166Global spunlace production

819,000 tons.......................................60Global trends for nonwovens ..............168Greater Europe: nonwovens

production increased by 5.7 %...........148ITMA Asia + CITME preview:

new machinery for fiber production, texturing and nonwovens ..............79–86

Japan: higher spunlace nonwovens production.........................................149

New polyolefin polymer L-MODU for soft nonwovens...................................24

QualiVlies – objective quality evaluationmethod of nonwovens based on subjective quality evaluation ..............100

Russia: expansion of nonwovens industry .............................................166

Strong nonwovens expansion in Asia ...............................................168

Trends in the nonwovens industry ......................................MMF 72

Turkey: higher nonwovens production.........................................148

What does the nonwovens industry expect from the man-made fiber producers?.........................................194

ResearchComparison of the effects of corona

and low pressure plasma on the release of caffeine from PA 66 filament yarns....................................182

Global nonwovens market trends 2015.........................................14

High-temperature bicomponent melt spinning line ..............................146

ITA Aachen: center for high-performance fibers ....................113

Melamine fiber – synthesis, features and applications ................................183

Modern methods in fiber analysis for advanced quality control and process development...........................95

Novel absorbing fibers based on cellulose acetate ................................188

Novel bacterial cellulose/alginate blend bio-fibers for biochemical application.........................................186

ITA Aachen: center for high-performance fibers ....................113


Melamine fiber – synthesis, features and applications ................................183

New flame-retardant polyamide fiber ..................................................180

Novel absorbing fibers based on cellulose acetate ...........................188

Novel bacterial cellulose/alginate blend bio-fibers for biochemical application.........................................186

Novel luminescent composite polymer fibers for warning and security systems ..........................130

Pilling tendency minimization of lyocell fiber by defibrillation methods.............90

PLA capacity 800,000 tons by 2020 .....128S+ for polyester BCF carpet yarn

production.........................................140Specialty fibers in sports and leisure

textiles ................................................92Spin finish application – problems in

POY and FDY production ...................193Structure and properties of

opaque polyester fibers .....................133Structure and property of PSA yarn ........26Structure of properties of microporous

modified PET fiber ...............................88Synthetic industrial filament yarns

and fibers on the rise....................MMF 8Tencel – improved performance

for workwear ......................................30Tester for filament yarn production ........42The carbon fiber market – an update ...189USA: polyester BCF yarn share

now 26 %.........................................163Viscose specialty fiber Leonardo for

paper production.................................34World fiber use increased

to 88 million tons in 2011 .................179

Fiber ProductionACHEMA preview: new machinery

for fiber production, texturing and nonwovens ............................75–78

Being competitive with large scale staple fiber production lines – a customer case study .........................98

Carbon processing with high process validation.............................................93

Compact artificial turf system.................45Global carbon fiber market 2017 .........118Global fiber production 2011

increased by 4.4 % ................................4Global fiber production: polyester

and viscose fiber expansion ...............108High-temperature bicomponent

melt spinning line ..............................146


Index 2012

Novel luminescent composite polymer fibers for warning and security systems.................................130

Optical test stand for measuring purposes of light guide properties of optical fibers ...................................43

Pilling tendency minimization of lyocell fiber by defibrillation methods.............90

Polyethylene to carbon fibers.................74Processing methods of polyester

fibers with deep-coloring.....................37QualiVlies – objective quality evaluation

method of nonwovens based on subjective quality evaluation ..............100

Solvent free processing of UHMWPE for demanding applications ...............192

Specialty fibers in sports and leisure textiles......................................92

Structure and properties of opaque polyester fibers..................................133

Structure and property of PSA yarn ........26Structure of properties of microporous

modified PET fiber ...............................88The Aero-Fib project ..............................41The carbon fiber market –

an update..........................................189

Industry NewsBrief information ...................6–16, 53–63,

111–120, 156–168, MMF4–14Cellulosic fiber production

705,000 tons.......................................57CFM – Center for high performance

Fiber Materials in Aachen/Germany ...161Current situation in PP fibers

in Europe...........................................105Current status of polyester recycling.......49Dornbirn Man-Made Fibers Congress –

today and tomorrow .........................153European market trends

for polyolefins .......................................5Expansion of viscose staple ..................157Extra-conductive carbon

nanofiber ............................................62First PCM polyester fiberfill .................157Germany: lower nonwovens

production.........................................152Germany: nonwovens turnover +12 % ...60Global and Chinese market trends for

polyester industrial filament yarns........55Global carbon fiber market 2017 .........118Global fiber market 82 million tons........52Global fiber production 2011

increased by 4.4 % ................................4Global fiber production: polyester and

viscose fiber expansion......................108Global nonwovens market trends ........147Global nonwovens market

trends 2015.........................................14Global polyester capacity expansion.....159Global PP filament yarn trade...................7

Global PP spunbond market study........166Global spunlace production

819,000 tons.......................................60Global synthetic fiber capacity .............157Global textile chemicals 2018 ..............157Global trends for nonwovens ...............168Greater Europe: more PP spunbonds ......13Greater Europe: nonwovens

production increased by 5.7 %...........148Growing PET recycling in Europe ..........177ITA Aachen: center for

high-performance fibers ....................113Lower German chemical fiber

production.........................................112Lower synthetic fiber production

in Germany..........................................53Management ..............10, 11, 12, 56, 114,

116, 158, 160, 162,164New books for the fiber and

textile industry.......................20, 68, 124New products for the

fiber industry ...............................68, 124Polyester world production

39 million tons ....................................54Production validation of Spidersilk .......159Russia: expansion of

nonwovens industry ..........................166Strong nonwovens expansion in Asia ...168Structural changes in the European

man-made fiber industry .......................1Synthetic industrial filament yarns

and fibers on the rise....................MMF 8Technical textiles for

automotive applications.....................163USA: polyester BCF yarn share

now 26 %..........................................163

International NewsArgentina: Higher chemical

fiber share .........................................121Brazil: higher fiber imports.....................17Brazil: lower synthetic production ........121Brief information .................17–20, 65–68,

121–124, 169–172Canada: higher fiber imports................169Canada: silk-like fiber from

milkweed ............................................65Chile: chemical fiber share 77 % ..........121EU-27: chemical fiber imports +11 % .....17

EU-27: lower fiber imports...................122EU-27: man-made fiber imports +7 % ....66Europe: lower chemical

fiber imports......................................169Expansion of viscose staple ..................157Global and Chinese market trends for

polyester industrial filament yarns........55Global carbon fiber market 2017 .........118Global fiber market 82 million tons........52Global fiber production 2011

increased by 4.4 % ................................4Global fiber production: polyester

and viscose fiber expansion ...............108Global nonwovens market trends ........147Global nonwovens market

trends 2015.........................................14Global polyester capacity expansion.....159Global PP spunbond market study........166Global spunlace production

819,000 tons.......................................60Global synthetic fiber capacity .............157Global textile chemicals 2018 ..............157Global trends for nonwovens ...............168Greater Europe: more PP spunbonds ......13Greater Europe: nonwovens

production increased by 5.7 %...........148Indonesia: stable polyester business .......18Japan: higher spunlace nonwovens

production.........................................149Mexico: higher fiber exports ................170Peru: higher synthetic fiber

consumption .....................................123PR China: anti-dumping of

elastane yarn imports ........................169PR China: chitosan fiber plant ................17PR China: higher polyester

fiber exports........................................65PR China: lower chemical

fiber imports........................................17PR China: new carbon fiber

precursor plant ....................................17PR China: Technology Town .................169Russia: expansion of

nonwovens industry ..........................166Russia: new carbon fiber player..............67Strong nonwovens expansion

in Asia ...............................................168Turkey: higher nonwovens

production.........................................148


Man-Made Fiber Year Book 2013Published by Chemical Fibers International

Publication date: October 10, 2013

Man-Made FiberYear Book 2013

Texti leTechnology

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Chemical Fibers International


Index 2012

3S 70ABC 142Aditya Birla 18Advansa 1, 8, 92AGY 56, 121Ahlstrom 18, 162, 197Aiki Riotech 40Ajinomoto 72Aksa 19, 116, 189Alabuga-Fiber 18, 67Alco-Naphtha 24Alexium 13, 165Allasso Industries 159Americhem 79, 124Americhem Europe 117AMSilk 12, 159, 160Anadolu Iplik 112Andritz 13, 81Andritz Asselin-Thibeau 81Andritz Küsters 81Andritz Perfojet 81, 149, 150Aquafil Engineering 1, 9, 11, 128, 178Arkema 156Asahi Chemical 93Asahi Kasei Fibers 170Autefa Solutions 80Automatik Plastics Machinery 119Avantium 22Awa Spindle 41Balta 62BASF 23, 25, 70, 74, 130,

176, 177, 183, 192BASF-YPC 23Bastian Winder Technologies 60Beloh Beteiligungsgesellschaft 168Bepex International 178Binsfeld Engineering 79BioAmber 24Biocel Paskov 57Birla Group 1BKG 72BMW 6Bonar Technical Fabrics 63Bonazzi Group 139Borealis 114, 176Braskem 127Bühler 70, 136, 137, 138, 178Bühler Technologies 76BYK Chemie 131Carvico 9CeramTec 64Cetex Chemiefaser 56Cetex-Rheinfaser 56Changle Highsun Synthetic

Fiber Technology 128Chemtex 136, 137, 138

China Shenma 139Chisso 10Christie 27Circonix Technologies 177Cixi Huashun Chemical Fiber 178Colbond 63, 165Companhia Providencia of Parana 169Conductive Composites 62Coperion 175, 177Cordenka 11Creator Group 139CSM Group 22, 176CTG/Taishan Fiberglass 121Cytec Industries 124DAK Americas 19Daun 8Davis-Standard 25, 56, 116, 162, 177DEXPlastomers 176Dienes Apparatebau 82Dilo Group 196Domo Group 6Don & Low 152Dow Chemical 1, 9, 19, 72, 116Dow Europe 19, 116DowAksa Advanced Composites 116Dr. Thiele Polyester Technology 49, 126DSM Dyneema 8, 117DSM Plastomers 176DuPont 12, 170Ebner 136, 137Eisenmann 29, 118Elmarco 13Ems-Chemie 10, 18, 67, 123, 171, 180Ems-Chemie (Neumünster) 10EREMA 23, 70, 126, 175ES FiberVisions 10European Precursor 61, 115Evonik Industries 70Exxon Chemical Holland Ventures 176Far Eastern New Century 14, 198Faré 15, 118FCFC 139Fiber Glass Industries 61Fiberfil 118FiberVisions 1, 10Fiberweb 14Fibre Extrusion Technology 150Filatura di Saluzzo 66Fisipe 61, 115, 162Formosa Chemicals and Fibre 70Founé Polymertechnik 146FR Safety Yarns 115Freudenberg 14, 114Freudenberg Evolon 59Freudenberg Far Eastern Spunweb 14Freudenberg Filtration 59, 118

Freudenberg Nonwovens 59Freudenberg Nonwovens NA 118Freudenberg Politex 59, 166, 122Freudenberg Texbond 118Fulgar 9Garware-Wall Ropes 117General Nonwovens 148Giudici 15GKD Kufferath 78Glaeser Group 8Glaeser Textil 56Global Nonwovens 122Gneuss Kunststofftechnik 10, 23, 76,

144, 178Grasim Industries 170Grodno 139Groz-Beckert 160Gruschwitz 54, 116Gulsan 148Hassan Group 148heat 11 129Hebei Yijan Carbon Fiber Technology 169Heppe Medical Chitosan 54Herbold Meckesheim 74Hercules 10Hexcel Composites 171Hillenbrand 177Hills 158Hindoostan Mills 122Hindoostan Technical Fabrics 122Huading Nylon 17Huafon Group 25, 74Hyosung 10, 67, 114, 139Idemitsu Kosan 24India Glycols 71Indorama 1, 9, 10, 56, 72Investkonsult 168Invista 10, 25, 72, 126, 139, 172, 176Italmatch Chemicals 131Jaeggli-Meccanotessile 82Japan Vilene 14Jiangsu Hangke Composite

Materials Technology 121Jiangsu Sunshine Group 133Jiangxi Wanhua Polyurethanes 121Jinggong Holding 65, 127Jinlun Cixi 139John R. Starr 13Johns Manville 63, 67Junma 139Kamitsu Seisakusho 40, 64Kanebo 92Karl Mayer Malimo 56Kelheim Fibres 34, 157Kellie Solutions 194Kemrock Industries 66, 190

Company Index Page Page Page


USA: chemical fiber exports .................172USA: chemical fiber imports.................171USA: higher fiber exports.......................19USA: higher synthetic fiber

shipments.........................................123USA: higher viscose staple fiber

imports from China............................123

USA: lower capacity utilization...............19USA: lower fiber industry

employment ........................................67USA: lower fiber shipments....................19USA: lower man-made fiber imports ......19USA: polyester BCF yarn share

now 26 %..........................................163

USA: stable synthetic shipments.............67USA: synthetic fiber shipments.............171World: acrylic fiber production

+2.6 %.................................................20World: european market trends

for polyolefins .......................................5World: mill fiber consumption ...............20

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Index 2012

Kimberly-Clark 150Kolon Industries 170Kompozit 190Kordsa 29, 139KP Chemical 128Kreyenborg 23Krüss 75Kuraray 38Lanex 63Lanxess 24Lau 131Leistritz Extrusionstechnik 146Lenzing 1, 7, 30, 52, 56, 57, 61,

108, 112, 113, 114, 129, 153, 156, 157, 162, 174, 197

Lenzing Plastics 116, 156, 160Lenzing Technik 136, 137, 138, 156, 174Libeltex 168Liheng 139List 77Lotte Chemical UK 128Low & Bonar 63Lurgi 136, 137Maag Group 119Mahr 119Mann+Hummel ProTec 72, 120Märkische Faser 8, 56Mazzaferro 74Meryl Fiber 122Mey 157Mezzera 82Miconex 13Miroglio 1, 9, 66Mitsubishi Rayon 61, 115, 164, 189Mogilevkhimvolokno 65 ,144Mohawk 139Montefibre Hispania 190MTS 82Myriant 129N.I. Teijin Shoji 170Nan Liu 150NanYa 49Naturally Advanced Technologies 114NatureWorks 24, 128, 196, 197Nexis 139NGR 127Nike China 178Ningbo Chemical Industry Development 121Ningbo Kang Hing Cable 121Norafin Industries 152NoyVallesina Engineering 138Nylstar 139Oerlikon Barmag 11, 45, 77, 80,

119, 120, 162Oerlikon Management 117, 120Oerlikon Neumag 16, 80, 98, 140, 152, 162Oerlikon Textile 15, 80, 120, 162, 194Oerlikon Textile Components 80, 193Ohl Engineering 72, 120Omikenshi 170OMV 12Outlast Technologies 157Owens Corning 61PCI Fibres 55, 107, 139PCI Nylon 29Performance Fibers 157Perlon-Monofil 62Petropar 14PGI 60, 152, 164Polymer Engineering 136, 137Polymer Group 14Polymersource 142

PolyOne 12Polypet Karyapersada 72Polywert 56Poole 158Power-Heat-Set 85PPG Industries 164Precot Meridian 149Price Hanna Consultants 166ProTec Polymer Processing 112Purac 22, 176Qifeng Chemical Fiber 17Radici Chimica 111RadiciGroup 1, 6, 8, 66, 111, 112,

113, 139, 158RC Tritec 130RE|PLA Cycle 175Reggiani 82Reifenhäuser Reicofil 100, 196Renmatix 25Reyes Groupe 64Rheinische Faser 56Rhodia 9, 22, 139Ritex 112Rowa Group 116Rowa Masterbatch 68Rowasol 131Roydon Polythene 60RPR 82Ruhstrat 29, 118S+S Separation and Sorting Technology 178Sabanci Holding 8Sachtleben Chemie 130Sahm 86Sandler 14Sanitized 116Sappi 129, 172Schoeller Industries 72, 120Schwing Fluid Technik 84Seebach 161Selbitzer Chemiefaser 1SGL Carbon 6, 61, 115, 162, 189, 192Shandong Huaxing 17Shanghai Lyocell Fibre Development 156Shanghai Spandex 26Shaw Industries 139Sigma-Aldrich Chemie 131Silon 144Sinopec 23Sinterama 1, 9, 66SITIP 10smartfiber 1, 7, 160Smithers Apex 165, 194SML 63Södra Cell 22Soficar 41Solvay 22South Pacific Viscose 58, 66, 170SRF 139SSM 15, 64, 84, 145SSM Giudici 64, 145Starlinger 118Succinity 176Sulzer Chemtech 22Suominen 162Superba 84Swerea 13SwissTex France 64SwissTex Winterthur 36, 160Synbra Technology 22Taekwang Industrial 18, 190Technical Absorbents Ltd. 117Tecnon OrbiChem 54, 126

Company Index Page Page Page

Teijin 18, 49, 56, 65, 68, 127, 170, 171

Teijin Aramid 12, 112, 164, 192Teijin Fibers 6, 18, 62, 116Teijin Frontier 170Teijin Techno Products 62TenCate 12, 171TenCate Grass 12Tessiture Pietro Radici 8Thackersey Group 122The Fiber Year 52, 194ThyssenKrupp Uhde 23Tianyu 139Tifico 66TMT 137, 138TMT Machinery 40, 64Toho Tenax 114, 122, 189Topocrom 93Toray Industries 18, 41, 61, 67, 72,

139, 171, 189Toray Advanced Materials Korea 67Toray Carbon Fiber Europe 61Toyobo 149Trevira 1, 8, 9, 11, 26, 111, 169, 197Trützschler 10, 86, 160Trützschler Nonwovens 29, 60, 118TWD Fibres 115TWE Vliesstoffwerke 168Uhde Inventa-Fischer 23, 24, 25, 70, 74,

128, 129, 136, 137, 138, 177Unitika 92, 170UOP Sinco 136, 137, 138Uster Technologies 42Vita Group 168, 172Vita Nonwovens 172Vitafoam 172Wellman Inc. 158Wellman International 1, 56, 198Xentrys Leuna 6Yangzhou Zhicheng Chemical Technology 178Yantai Spandex 17Yiwu Huading 139Yuhong Jiang Color Polyester 88Zhejiang Guxiandao 55, 65, 74Zhejiang Jiabao New Fiber 65Zhejiang Jiaren New Materials 127Zhejiang Taixian New Materials 121Zhejiang Xinlun 139Zhenhai Petrochemical Engineering 121Zigsheng 139Zoltek 12, 121, 189

ITMA ASIA + CTME 2014June 16–20, 2014Shanghai/China

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