Index 2010

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Index 2010 Author Index

Volume 60 Page

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Amantia, D., Aubouy, L., Faccini, M.: Protective textile materials based on electrospun nanofibers .................227 Anderton, N.: Spin finish metering pumps – the quiet revolution .............109 Aubouy, L., Faccini, M., Amantia, D.: Protective textile materials based on electrospun nanofibers .................227 Beskisiz, E., Demir, A., Ucar, N.: Design and development of novel filament with extraordinary ability to absorb water vapor .........................90 Burkhart, T., Kravaev, P., Seide, G., Gries, T., Hassinger, I.: Nano-modified PA 6 yarns for technical applications ..........215 Bywater, N.: Global trends of synthetic fiber markets 2010–2020 ....................60 Cao, Q., Wang, F., Xu, G.,: Configuration and properties of PTT filaments ...........40 Cheng, L.-D., Gao, X.-L., Xue, W.-L.: Comparative analysis of triangle hollow fiber and round hollow fiber ....92 Dauner, M., Planck, H., Rieger, C., Funk, A., Hoss, M.: Special fiber structures through bicomponent technology ........................................162 Demir, A., Ucar, N., Beskisiz, E.: Design and development of novel filament with extraordinary ability to absorb water vapor .........................90 Desch, A., Laukhardt, F.: Pilot equipment for wet and gel spinning processes ....103 - Reiter, F.: Nanofiber spinning installations.........225 Dinesh, K.B., Shinde, R., Yelle, N.R., Timble, N.B., Purhayastha, S., Pandian, P.: PBO fiber as precursor material for carbon fiber......................27 Donelli, I., Freddi, G., Smet, P., Poelman, D., Nierstrasz, V.A., Van Langenhove, L., Kiekens, P.: Biotechnological modification of polyester surfaces......167 Eichinger, D.: 20 years of Tencel lyocell fiber ...............1 Faccini, M., Amantia, D., Aubouy, L.: Protective textile materials based on electrospun nanofibers .................227

Freddi, G., Smet, P., Poelman, D., Nierstrasz, V.A., Van Langenhove, L., Kiekens, P., Donelli, I.: Biotechnological modification of polyester surfaces......167 Funk, A., Hoss, M., Dauner, M., Planck, H., Rieger, C.: Special fiber structures through bicomponent technology .....162 Gao, J., Ren, H., Yu, J.: Effect of heat treatment on the mechanical properties of casein-g-polyacrylonitrile fibers .......51 Gao, X.-L., Xue, W.-L., Cheng, L.-D.: Comparative analysis of triangle hollow fiber and round hollow fiber ....92 Glawion, E.: Gentle production of carbon fibers ......25 Graf, H.-J., Nechwatal, A., Reußmann, T., Hauspurg, C.: Cellulose short fibers in elastomers .......................................35 Gries, T., Roth, G., Wilms, C., Walter, S., Kravaev, P., Seide, G.: Manufacturing and characterization of nanoclaymodified polypropylene fibers .............38 - Seide, G., Schedukat, N., Roth, G., Walter, S., Steinmann, W.: Melt-spun polyvinylidene-fluoride fibers of textile fineness.......................49 - Klietzing, T., Jungbecker, P., Seide, G.: Thermal fiber treatment in man-made fiber production with application in the drawing process.......................170 - Yilmaz, H., Lorz, O., Warnecke, M., Wilms, C., Seide, G.: The carbon fiber market – an overview over the present situation................................213 - Hassinger, I., Burkhart, T., Kravaev, P., Seide, G.: Nano-modified PA 6 yarns for technical applications ...................215 - Yilmaz, H., Lorz, O., Wilms, C., Warnecke, M., Seide, G.: High modulus fibers in the automotive industry – combination of a technical and an economic perspective ...................218 Hagström, B.: Temperature regulating textile fibers containing large amounts of phase change material...................221 Hart, D.: Nylon fibers – facing fundamental choices ...............121

Hassinger, I., Burkhart, T., Kravaev, P., Seide, G., Gries, T.: Nano-modified PA 6 yarns for technical applications ..215 Hauspurg, C., Graf, H.-J., Nechwatal, A., Reußmann, T.: Cellulose short fibers in elastomers .......................................35 Hayes, E.: World textile business trends 2009.......................................188 Hoss, M., Dauner, M., Planck, H., Rieger, C., Funk, A.: Special fiber structures through bicomponent technology .....162 Jungbecker, P., Seide, G., Gries, T., Klietzing, T.: Thermal fiber treatment in man-made fiber production with application in the drawing process.....170 Keser, H.: Competence in plant engineering .......................................226 Kiekens, P., Donelli, I., Freddi, G., Smet, P., Poelman, D., Nierstrasz, V.A., Van Langenhove, L.: Biotechnological modification of polyester surfaces......167 Klietzing, T., Jungbecker, P., Seide, G., Gries, T.: Thermal fiber treatment in man-made fiber production with application in the drawing process.....170 Koslowski, H.-J.: Chemical fiber trends 2010 and 2011..................................185 Kravaev, P., Seide, G., Gries, T., Roth, G., Wilms, C., Walter, S.: Manufacturing and characterization of nanoclaymodified polypropylene fibers .............38 - Seide, G., Gries, T., Hassinger, I., Burkhart, T.: Nano-modified PA 6 yarns for technical applications ..........215 Krins, B.: PLA fibers: new technical applications...................89 Lai, K., Wang, N., Sun, R.: Comparison of heat shrinkage of polyethylene terephthalate filaments......................211 Laukhardt, F., Desch, A.: Pilot equipment for wet and gel spinning processes .......................103 Li, F.-X., Yu, J.-Y., Zhang, S.: Regenerated cellulose-casein blend bio-fibers ........158 - Yu, J.-Y., Zhang, S.: Preparation and characterization of novel regenerated cellulose fibers ...............228 Chemical Fibers International 2010

1

Index 2010

Author Index

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Liu, X.Y., Yu, W.D.: Torsion fatigue properties of single PBO fiber ..............94 Lorz, O., Warnecke, M., Wilms, C., Seide, G., Gries, T., Yilmaz, H.: The carbon fiber market – an overview over the present situation ..................213 - Wilms, C., Warnecke, M., Seide, G., Gries, T., Yilmaz, H.: High modulus fibers in the automotive industry – combination of a technical and an economic perspective ...................218 Luijkx, R.: Lumicene metallocene polyethylene for synthetic turf yarn......84 Mignani, M.: Just-in-time spin-finish preparation plant ..............176 Morishima, K.: Structure development of Biofront (PLA) in fiber making process and its applications ...............106 Nechwatal, A., Reußmann, T., Hauspurg, C., Graf, H.-J.: Cellulose short fibers in elastomers.....................35 Nierstrasz, V.A., Van Langenhove, L., Kiekens, P., Donelli, I., Freddi, G., Smet, P., Poelman, D.: Biotechnological modification of polyester surfaces......167 Özdemir, D.: Hybrid polyester yarn for automotive fabrics with improved elastic recovery ..................223 Pandian, P., Dinesh, K.B., Shinde, R., Yelle, N.R., Timble, N.B., Purhayastha, S.: PBO fiber as precursor material for carbon fiber ...................................27 Planck, H., Rieger, C., Funk, A., Hoss, M., Dauner, M.: Special fiber structures through bicomponent technology .....162 Poelman, D., Nierstrasz, V.A., Kiekens, P., Van Langenhove, L., Donelli, I., Freddi, G., Smet, P.: Biotechnological modification of polyester surfaces......167 Purhayastha, S., Pandian, P., Dinesh, K.B., Shinde, R., Yelle, N.R., Timble, N.B.: PBO fiber as precursor material for carbon fiber......................27 Qin, X.-H.: Structure and property of electro-spinning PAN nanofiber nonwovens by different pre-oxidation conditions .........................................115 Qin, Y.: Functional alginate fibers ..........32 Reiter, F., Desch, A.: Nanofiber spinning installations.........225 Ren, H., Yu, J., Gao, J.: Effect of heat treatment on the mechanical properties of casein-g-polyacrylonitrile fibers .......51 Reußmann, T., Hauspurg, C., Graf, H.-J., Nechwatal, A.: Cellulose short fibers in elastomers .......................................35 Rieger, C., Funk, A., Hoss, M., Dauner, M., Planck, H.: Special fiber structures through bicomponent technology .....162 Riggert, K.: 60 years of fiber publications...............57

Roggenstein, W.: Viscose fibers with new functional qualities.............164 Roth, G., Wilms, C., Walter, S., Kravaev, P., Seide, G., Gries, T.: Manufacturing and characterization of nanoclaymodified polypropylene fibers .............38 - Walter, S., Steinmann, W., Gries, T., Seide, G., Schedukat, N.: Melt-spun polyvinylidene-fluoride fibers of textile fineness.......................49 Sabale, A.G., Teli, M.D.: Polypropylene nanocomposite fibers with improved dyeability and thermal stability ............34 Schedukat, N., Roth, G., Walter, S., Steinmann, W., Gries, T., Seide, G.: Melt-spun polyvinylidene-fluoride fibers of textile fineness.......................49 Scheibel, T.: Spider silk: from nature to bio-inspired materials ....................160 Schmid, B.: Improvements on godet rolls .............102 Seide, G., Gries, T., Roth, G., Wilms, C., Walter, S., Kravaev, P.: Manufacturing and characterization of nanoclaymodified polypropylene fibers .............38 - Schedukat, N., Roth, G., Walter, S., Steinmann, W., Gries, T.: Melt-spun polyvinylidene-fluoride fibers of textile fineness.......................49 - Gries, T., Klietzing, T., Jungbecker, P.: Thermal fiber treatment in man-made fiber production with application in the drawing process.......................170 - Gries, T., Yilmaz, H., Lorz, O., Warnecke, M., Wilms, C.: The carbon fiber market – an overview over the present situation..........................213 - Gries, T., Hassinger, I., Burkhart, T., Kravaev, P.: Nano-modified PA 6 yarns for technical applications ...................215 - Gries, T., Yilmaz, H., Lorz, O., Wilms, C., Warnecke, M.: High modulus fibers in the automotive industry – combination of a technical and an economic perspective ...................218

Shinde, R., Yelle, N.R., Timble, N.B., Purhayastha, S., Pandian, P., Dinesh, K.B.: PBO fiber as precursor material for carbon fiber......................27 Slack, R.W.: Versatile tool for researching structural and functional polymers .............................43 - New structures for resorbable polymers ..........................236 Smet, P., Poelman, D., Nierstrasz, V.A., Van Langenhove, L., Kiekens, P., Donelli, I., Freddi, G.: Biotechnological modification of polyester surfaces......167 Steinmann, W., Gries, T., Seide, G., Schedukat, N., Roth, G., Walter, S.: Melt-spun polyvinylidene-fluoride fibers of textile fineness.......................49 Streng, M., Thiele, U.K.: Investing in new or revamping existing polyester plants? .....................24 Stündl, M.: Brief introduction of polyester BCF yarn production ...........174 Sulzmaier, S.: Development possibilities in Lahnstein/Germany .....104 Sun, R., Lai, K., Wang, N.: Comparison of heat shrinkage of polyethylene terephthalate filaments......................211 Teli, M.D., Sabale, A.G.: Polypropylene nanocomposite fibers with improved dyeability and thermal stability ............34 Thiele, U.K., Streng, M.: Investing in new or revamping existing polyester plants? .....................24 - Future scenario in polyester fiber and filament production ......................46 - 6th China International Recycled Polyester Forum Hangzhou 2010 .......220 Timble, N.B., Purhayastha, S., Pandian, P., Dinesh, K.B., Shinde, R., Yelle, N.R.: PBO fiber as precursor material for carbon fiber......................27 Ucar, N., Beskisiz, E., Demir, A.: Design and development of novel filament with extraordinary ability to absorb water vapor .........................90

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Chemical Fibers International 2010

Volume 60

2010 Issue 1

Pages

1 – 56

Issue 2

Pages

57 – 120

Issue 3

Pages

121 – 184

Issue 4

Pages

185 – 240

Index 2010

Author Index

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Van Langenhove, L., Kiekens, P., Donelli, I., Freddi, G., Smet, P., Poelman, D., Nierstrasz, V.A.: Biotechnological modification of polyester surfaces..........................167 Walter, S., Kravaev, P., Seide, G., Gries, T., Roth, G., Wilms, C.: Manufacturing and characterization of nanoclay-modified polypropylene fibers...................................................38 - Steinmann, W., Gries, T., Seide, G., Schedukat, N., Roth, G.: Melt-spun polyvinylidene-fluoride fibers of textile fineness ....................................49 Wang, F., Xu, G., Cao, Q.: Configuration and properties of PTT filaments ...........40 Wang, N., Sun, R., Lai, K.: Comparison of heat shrinkage of polyethylene terephthalate filaments......................211 Warnecke, M., Wilms, C., Seide, G., Gries, T., Yilmaz, H., Lorz, O.: The carbon fiber market – an overview over the present situation ..................213 - Seide, G., Gries, T., Yilmaz, H., Lorz, O., Wilms, C.: High modulus fibers in the automotive industry – combination of a technical and an economic perspective ............218

Weigel, J.: Spin finish – only processing aid or high performance lubricant with different functionalities? ....................230 Wilms, C., Walter, S., Kravaev, P., Seide, G., Gries, T., Roth, G.: Manufacturing and characterization of nanoclaymodified polypropylene fibers .............38 - Seide, G., Gries, T., Yilmaz, H., Lorz, O., Warnecke, M.: The carbon fiber market – an overview over the present situation ..................213 - Warnecke, M., Seide, G., Gries, T., Yilmaz, H., Lorz, O.: High modulus fibers in the automotive industry – combination of a technical and an economic perspective ...................218 Xu, G., Cao, Q., Wang, F.: Configuration and properties of PTT filaments...................................40 Xue, W.-L., Cheng, L.-D., Gao, X.-L.: Comparative analysis of triangle hollow fiber and round hollow fiber.........................................92 Yelle, N.R.,T imble, N.B., Purhayastha, S., Pandian, P., Dinesh, K.B., Shinde, R.: PBO fiber as precursor material for carbon fiber ...................................27

Yilmaz, H., Lorz, O., Warnecke, M., Wilms, C., Seide, G., Gries, T.: The carbon fiber market – an overview over the present situation................................213 - Lorz, O., Wilms, C., Warnecke, M., Seide, G., Gries, T.: High modulus fibers in the automotive industry – combination of a technical and an economic perspective ............218 Yu, J., Gao, J., Ren, H.: Effect of heat treatment on the mechanical properties of casein-g-polyacrylonitrile fibers............51 Yu, J.-Y., Zhang, S., Li, F.-X.: Regenerated cellulose-casein blend bio-fibers .................................158 - Zhang, S., Li, F.-X.: Preparation and characterization of novel regenerated cellulose fibers ...............228 Yu, W.D., Liu, X.Y.: Torsion fatigue properties of single PBO fiber ..............94 Zhang, S., Li, F.-X., Yu, J.-Y.: Regenerated cellulose-casein blend bio-fibers .................................158 - Li, F.-X., Yu, J.-Y.: Preparation and characterization of novel regenerated cellulose fibers ...............228

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Raw Materials Brief information ..........................146–151 Carbon fiber oxidation systems ..............26 Company information ...............22, 81–83, 146–150, 208–209 Direct recycling of PET fiber waste ......210 Gentle production of carbon fibers ........25 Investing in new or revamping existing polyester plants? .....................24 Lumicene metallocene polyethylene for synthetic turf yarn ..........................84 PBO fiber as precursor material for carbon fiber ...................................27 PET bottles – European market trends ....................148 PET raw material trends .........................23 PET raw materials – global markets ......146 Polyamide – which path forward for you? ...............85 PP resin capacity and share of global capacity ..................................209

Carbon fiber market – overview over the present situation ...213 Cellulose short fibers in elastomers ........35 Chemical fiber trends 2010 and 2011..................................185 Comparative analysis of triangle hollow fiber and round hollow fiber................92 Comparison of heat shrinkage of polyethylene terephthalate filaments ...........................................211 Configuration and properties of PTT filaments...................................40 Design and development of novel filament with extraordinary ability to absorb water vapor .........................90 Functional alginate fibers .......................32 Global trends of synthetic fiber markets 2010-2020 .............................60 Greenfil – new high performance biobased fiber .....................................42 High modulus fibers in the automotive industry – combination of a technical and an economic perspective ............218 Hybrid polyester yarn for automotive fabrics with improved elastic recovery ..................223

Manufacturing and characterization of nanoclay-modified polypropylene fibers...................................................38 Melt-spun polyvinylidene-fluoride fibers of textile fineness.......................49 Nano-modified PA 6 yarns for technical applications ........................215 Nylon fibers – facing fundamental choices ...............121 PA fiber mill consumption (Greater Europe) ..................................30 PA fiber producers 2010 (Greater Europe) ..................................30 PBO fiber as precursor material for carbon fiber ...................................27 PE yarns for fishing nets .......................217 PET fiber mill consumption (Greater Europe) ..................................88 PET fiber producers 2010 (Greater Europe) ..................................86 PLA fibers: new technical applications....89 Polyester, Polyamide & Intermediates Conference........................................161 Polypropylene nanocomposite fibers with improved dyeability and thermal stability...................................34

Subject Index

Fibers/Yarns 20 years of Tencel lyocell fiber .................1 6th China International Recycled Polyester Forum Hangzhou 2010 .......220

Chemical Fibers International 2010

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Subject Index

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PP fiber producers 2010 (excluding film fibers/tapes) (Greater Europe) ........................152–155 Regenerated cellulose-casein blend bio-fibers .................................158 Special fiber structures through bicomponent technology...................162 Speedometer for surfactants ..................33 Spider silk: from nature to bio-inspired materials.........................160 Temperature regulating textile fibers containing large amounts of phase change material...................221 Textile recycling in the focus of industry and research .....................42 Torsion fatigue properties of single PBO fiber...............................94 Viscose fibers with new functional qualities ............................164

Sensors and online monitoring equipment for the synthetic fiber industry .....................................176 Spin finish – only processing aid or high performance lubricant with different functionalities? ............230 Spin finish metering pumps – the quiet revolution ...........................109 Structure development of Biofront (PLA) in fiber making process and its applications...................................106 Thermal fiber treatment in man-made fiber production with application in the drawing process.......................170 Versatile tool for researching structural and functional polymers.......43

Nano-modified PA 6 yarns for technical applications ........................215 PBO fiber as precursor material for carbon fiber ...................................27 PLA fibers: new technical applications...................89 Polypropylene nanocomposite fibers with improved dyeability and thermal stability...................................34 Preparation and characterization of novel regenerated cellulose fibers......228 Protective textile materials based on electrospun nanofibers .................227 Regenerated cellulose-casein blend bio-fibers .................................158 Special fiber structures through bicomponent technology...................162 Spider silk: from nature to bio-inspired materials.........................160 Structure and property of electro-spinning PAN nanofiber nonwovens by different pre-oxidation conditions ....................115 Temperature regulating textile fibers containing large amounts of phase change material.................................221 Thermal fiber treatment in man-made fiber production with application in the drawing process.......................170 Torsion fatigue properties of single PBO fiber ...................................94

Fiber Production 70 m/min tire cord dipping line ...........227 Biotechnological modification of polyester surfaces..........................167 Brief introduction of polyester BCF yarn production ..........................174 Company information ..................233–234 Competence in plant engineering ........226 Configuration and properties of PTT filaments...................................40 Development possibilities in Lahnstein/Germany............................104 Effect of heat treatment on the mechanical properties of casein-g-polyacrylonitrile finers............51 Filtech exhibition and congress in Wiesbaden.....................................235 Future scenario in polyester fiber and filament production ......................46 Improvements on godet rolls ...............102 Just-in-time spin-finish preparation plant...............................176 Manufacturing and characterization of nanoclay-modified polypropylene fibers...................................................38 Melt-spun polyvinylidene-fluoride fibers of textile fineness.......................49 Nanofiber spinning installations ...........225 PET staple fiber line..............................169 Pilot equipment for wet and gel spinning processes .......................103 Preparation and characterization of novel regenerated cellulose fibers......228 Processing polyester reclaim – innovative technologies .....................172 Project list of new polymer and chemical fiber plants 2010 ..................96 Protective textile materials based on electrospun nanofibers .................227 Recycled spunbond nonwovens Lutradur Eco ......................................225 4

Chemical Fibers International 2010

Nonwovens Brief information ..................114, 178–181 Company information ..........114, 177–181 New structures for resorbable polymers ..........................236 Nonwovens production........................180 Nonwovens production 7 million tons ....................................114 Nonwovens production in Europe ........181 Structure and property of electro-spinning PAN nanofiber nonwovens by different pre-oxidation conditions ....................115 Research Biotechnological modification of polyester surfaces ..............................167 Carbon fiber market – overview over the present situation ..................213 Cellulose short fibers in elastomers ........35 Comparative analysis of triangle hollow fiber and round hollow fiber...............................92 Comparison of heat shrinkage of polyethylene terephthalate filaments ...........................................211 Configuration and properties of PTT filaments...................................40 Design and development of novel filament with extraordinary ability to absorb water vapor .........................90 Effect of heat treatment on the mechanical properties of casein-g-polyacrylonitrile fibers............51 Functional alginate fibers .......................32 High modulus fibers in the automotive industry – combination of a technical and an economic perspective ...................218 Manufacturing and characterization of nanoclay-modified polypropylene fibers...................................................38 Melt-spun polyvinylidene-fluoride fibers of textile fineness.......................49

Industry News 20 years of Tencel lyocell fiber .................1 60 years of fiber publication ..................57 80th anniversary of Dienes Apparatebau ..........................199 Argentina: Synthetic production ..........137 Bangladesh: Synthetic capacity expansion ............................137 Belarus: PET production ........................73 Brazil: PET production ............................73 Brazil: Synthetics exports......................201 Brazil: Technical textiles trends...............73 Brazil: Viscose staple production ..........137 Brief information .................4, 7–8, 10–12, 63, 65, 71–72, 131–135, 190–194, 197–200 Carbon fiber market – overview over the present situation..........................213 Carbon fiber market trends ....................70 Chemical fiber trends 2010 and 2011..................................185 Chile: Man-made fiber consumption ...137 Columbia: Synthetic fiber consumption .............................138 Company information .....................4, 7–8, 10–12, 62–63, 65–67, 69–72, 131–135, 190–194, 196–200 Draw-texturing machines – world market trends ..........................136

Index 2010

Subject Index

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Elastane/spandex yarns – global market trends..........................130 EU: Chemical fiber imports ....................73 EU-27: Chemical fiber imports -19 % .....................................14 EU-27: Fiber imports ...........................201 Europe: Acrylic fiber consumption..........14 Europe: Fiber imports ..........................138 Europe: PET mill consumption................13 Europe: Polyolefin fiber share 45 % .......14 European market trends for polyolefins ...............................9, 195 Expansion of viscose staple fiber capacities ....................................66 Germany: Cellulosic fiber imports.........132 Germany: Fiber production ..................130 Germany: Nonwovens machinery...........72 Glass fiber capacity 2010 .....................131 Global fiber production: polyester expansion in China and India .............125 Global trends of synthetic fiber markets 2010-2020 .............................60 High modulus fibers in the automotive industry – combination of a technical and an economic perspective ............218 High-tenacity PE fibers – global market trends..............................8 India: Antidumping on acrylics .............202 India: PET production ..........................202 International fiber trade journal reports .....................16, 140, 204 Iran: Synthetic fiber production ............138 ITMA Asia + CITME 2010: Company information ................110–114 ITMA Asia + CITME 2010: Preview .......110 Japan: Cupro fiber production................14 Japan: Fiber consumption structure........14 Japan: Spunbond consumption ..............15

Management ......................10, 11, 12, 68, 132, 192–194, 196 Mexico: Fiber imports .........................202 Mexico: PET staple production ...............15 New books for the fiber and textile industry.....................16, 140, 204 New patents on fibers and fiber technology ...............18–21, 78–80, 142–145, 206–207 Nonwovens production 7 million tons ....................................114 Nylon fibers – facing fundamental choices ...............121 Pakistan: PET staple production ...........203 Peru: Synthetic fiber consumption........139 PET fiber producer trends.........................6 PET world production +9 % .....................4 PP spunbond market 2014...................197 PR China: 6th China International Recycled Polyester Forum Hangzhou 2010.................................220 PR China: Carbon fiber precursor expansion ............................70 PR China: Chemical fibers +10 % .........201 PR China: Industrial yarns expansion ....201 PR China: Nonwovens consumption.......73 PR China: Nonwovens production +20 % ...............................................201 PR China: Nonwovens sales +32 % ......201 PR China: PA 6 yarn imports...................13 PR China: PET fiber share 80 % ............192 PR China: PET industrial yarns – market trends ....................................190 PR China: PET staple fiber exports ..........13 PR China: PET yarn exports.....................13 PR China: Targets for high-tech fibers .................................201 PR China: Vinylon production .........73, 201

PR China: Viscose fiber expansion ........138 PR China: Viscose staple fiber trade........13 Russia: Fiber production 2009 ...............15 Russia: Nonwovens market ....................74 Russia: Nonwovens production ..............15 Russia: PP spunbond expansion .............15 Structure of global chemical fiber production 2009 .........................64 Synthetic fiber imports .........................134 Synthetic industrial yarns – global market trends..........................128 USA: Chemical fiber exports -25 % ........75 USA: Chemical fiber imports ..................75 USA: Fiber mill consumption ..................75 USA: Fiber shipments for nonwovens.....75 USA: Fiber shipments .....................15, 203 USA: Fiber utilization rates .....................16 USA: Glass fiber capacity......................139 USA: Monofilament exports...................76 USA: Nonwovens market US$ 6.3 billion.....................................16 USA: PET BCF yarn shipments.................75 USA: PET fiberfill..................................203 USA: Polyester BCF yarns +26 % ..........203 USA: Shipments of PP carpet backing yarns..........................203 USA: Staple fiber shipments for nonwovens ..................................203 USA: Synthetic fiber capacity 2012.......139 USA: Synthetic fiber shipments ............139 USA: Technical yarn consumption ..........76 USA: Tire yarn shipments......................203 World textile business trends 2009 ......188 World: Acetate tow production..............16 World: CNT growth rates .......................16 World: PP fiber market -6.5 % ...............76 World: Textile business trends 2009 .....188 World: Tire yarn demand......................204

Editorial Program 2011 Issue

1 March Publication date March 17, 2011

2 June Publication date June 6, 2011

3 September Publication date September 2, 2011

4 December Publication date December 8, 2011

Volume 61

Main Topics

Conferences/Trade Shows

Industry news; New fiber patents; Fiber raw materials; Cellulosic fiber specialties; PET & PA fibers; Textured yarns; Elastic fiber developments; Nonwovens technologies

5th European Nylon Symposium, Feb 28/Mar 1, 2011, Frankfurt Index 2011, April 12-15, 2011, Geneva/Switzerland Techtextil 2011, May 24-26, 2011, Frankfurt/Germany

Industry news; New fiber patents; Fiber raw materials; PP fibers; Fibers for nonwovens; Fiber technology; Project list: new plants 2011; Nonwovens technologies Industry news; New fiber patents; Fiber raw materials; Technical fibers; Global fiber market; ITMA 2011 preview: new machines for fiber production; World trade texturing machines

50th Man-Made Fibers Congress, Sept. 14-16, 2011, Dornbirn/Austria ITMA–ITMF World Textile Summit 2011, Sept. 21, 2011, Barcelona ITMA 2011, Sept. 22-29, 2011, Barcelona/Spain

Industry news; New fiber patents; Fiber raw materials; Synthetic fiber specialties; Fiber technology; Spin finishes; ITMA report: new developments; Texturing technology

Chemical Fibers International 2010

5

Index 2010

Company Index

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Page

Aalidhra Textile 136 Access Intelligence 29 Aditya Birla Science & Technology 142 ADNOC 22 Advansa 4, 65, 82, 138 AGY 70, 76 Ahlstrom 138, 178 Aim Filtertech 177 Aksa 70 Albis 20 Amann 201 American Truetzschler 11 Americhem 132 AMSilk 160 Andritz 12 Andritz Küsters 12 Andritz Perfojet 181 Aquafil Engineering 11, 161 Arkema France 80 Arkema 21, 42, 194, 206 Asahi Kasei Fibers 79, 143, 202 Aska Akrilik 214 asota 67 Automatik 82 Automatic Plastics Machinery 134, 161 Avanti Manufacturing 177 Avantium 208, 209 Balta 137 Basell 38 BASF 72, 142, 148, 161, 196, 207 Basofil Fibers 196 Beijing Tong Yizhong Tai 8, 192 Binsfeld Engineering 110, 135 Biocel Paskov 81 Biocor 76 Bio-Tex 80 Bluestar Fibers 214 BMW 75 Böhme 83 Borealis 4, 22, 68, 81, 132, 148, 150, 194 Borealis Technology 142 Borouge 4, 22, 148 BP 209 Bühler 96 Christoph Burckhardt 198 Celanese Acetate 145, 204 Chemtex International 96 China Shenma 128 Chisso 73 CHT Bezema 156 Ciba Holding 19 Clariant International 230 Cognesint 96 Cognis 83 Collin 235 Companhia Providencia 177 Composites Evolution 11 Concert Industries 177, 178 Consolidated Fibers 196, 204 Coperion Najing 220 Cytec Industries 70, 214 Dalian Xinge Carbon Fiber 214 Dalion Carbon Fiber 70 Dannemann Global Extrusion 208 Tapijtfabriek H. Desseaux 21, 144 Dienes Apparatebau 103, 132, 170, 199, 225 Dienes Honeywell 199 Diolen Industrial Fibers 89 DM & E 68 Dolan 66, 196

Domo 137 Donaldson 143 Dow Chemical 78 Dow Global Technologies 19 DSM 82, 192, 208 DSM Dyneema 8, 63, 192, 217 DuPont 4, 18, 20, 21, 38, 63, 79, 128, 143, 144, 145, 174, 185, 207 DyStar 14, 204 EADS 134 Ebner 96 Eisenmann 25 Elmarco 72, 80, 235 Ems-Chemie 74, 139 Ems-Chemie (Neumünster) 139 Enka Tecnica 12 EPC Industrial Engineering 24 EREMA 146, 161, 220 Erko Trützschler 11, 13, 180, 194 ES FiberVisions 18, 19, 78, 207 European Precursor 66 Evonik Fibres 137 ExxonMobil 206, 207 Far Eastern New Century 197 Faré 197 Farmosa Plastics 70 Fibertex 74, 177, 181 Fiberweb 73, 145, 177, 178 Fiberweb Simsonville 78 Fibre Extrusion Technology 43, 197, 236 Fisipe 214 Fleissner 11, 25, 180, 194, 196 Fleissner Nonwovens 11 Formosa Plastics 214 Freudenberg 21, 192 Freudenberg Nonwovens 162, 192, 225 Freudenberg Politex 181 Fugafil-saran 235 Fujian Jinjiang Technology 150 Futerro 81 Gneuss Kunststofftechnik 82, 161, 169, 172, 210 Greenfiber 15 GreenTech 15 Grodno Khimvolokno 73 Guangdong Charming 128 Haining Xingao Chemical 40 Haitian Group 73 Hangzhou Hangding Nylon 209 Hangzhou NBOND Nonwovens 181 HC Petrochem 209 Hexcel 70, 214 Hiking Group 19 Hills 163 Himson 136 Hoechst 4 Hollingsworth & Vose 134; 177, 178 Honeywell Advanced Fibers and Composites 8 Honeywell International 21, 192 Hosokawa Micron 10 Huafon 148 Hunan Zhongtai Special Equipment 145 Huvis 6 Hyosung 80, 130 Hyundai Engineering 148 Ibrahim Fibres 6 Idemitsu Kosan 80 Indorama 6, 47 Inquitex 7 Invista 22, 130, 132, 142, 144, 161

IPIC 22, 68 Ishikawa Seisakusho 136 Japan Exlan 78 Jian-Feng 22 Jiangsu Hengli Chemical Fiber 6, 12 Jiangsu Jinagnan 73 Jiangsu Shuangliang 130 Jiangsu Wuxi Taiji 190 Jingwei 72 KB Seiren 19 KDZ Spandex 130 Kelheim Fibres 7, 13, 62, 132, 164, 192 Kemrock Industries 214 Kermel 74, 235 Khimvolokno Zhitomir 70 Kimberly-Clark 18, 20 Kiri Dyes & Chemicals 14, 204 Kolon Industries 20, 79, 143, 194 Komitex 15 Konus Konex 181 Korteks 223 Kraig Biocraft Laboratories 233 Kreyenborg 83, 150, 161 Krüss 33 Kuraray 19, 206 Kureha 21 Lacell 178 Lanxess 196 Leigh Fibers 204 Lenzing 1, 7, 10, 11, 13, 14, 125, 137, 185, 190, 191, 192, 194, 202 Lenzing Instruments 113 Lenzing Plastics 196 Lenzing Technik 96, 235 Li Ning 13 Lian Yungang 70 LiHeng Polyamide Technology 150 Linde Engineering 148 List Holding 80 Litzler 26, 227 Longfu Recycling Energy 220 Lummus 209 Lurgi 68, 96, 148, 150, 161 Lurgi Zimmer 82 LyondellBasell 22, 81, 82, 208 Maack Business Services 29 Maag Pump Systems 134 Mahr 12, 192 Mainsite 170 Maire Tecnimont 148 Maksim Skorobogatiy 79 Mattex Group 181 ,197 Maurer 96 MidWest Nonwovens 177 Mitsubishi Chemicals 21 Mitsubishi Gas Chemical 20 Mitsubishi Plastics 70 Mitsubishi Rayon 70, 138, 214 Mogilev Khimvolokno 13, 73 Mogul 177 Mondi Group 66 Mondoo 144 Monnet 194 monotech 134 Montefibre 21 Morton Extrusionstechnik 134 MovEngineering 176 Nakamura Choko 134 Nan Ya 6, 47 Nanjing Chemical Industries 208

6

Chemical Fibers International 2010

Trendbook

Technical Textiles 2011

Ord now er pre at the miu pric m € 14 e of 9.-!

Innovations • Trends • Markets Technical Textiles in Applications Publication date: December 2010 Three-part compendium for daily use Trend reports and export feature India Recognized experts report on future perspectives and offer market prognoses

Company profiles Products and services from suppliers from all market segments

European market data Company data listed in clearly laid out tables

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Technical Textiles Innovation, Technology, Application

Texti le Technology

Index 2010

Company Index

Page

Page

NatureWorks 81, 131, 137, 146, 202, 206 Neste Oil 148 NGR 210 Nippon Dyneema 8, 192 Nippon Graphite 70 Nippon Nozzle 134 Noyfil 203 NoyVallesina Engineering 96 NPC 82 NSC nonwoven 181 OCTAL Petrochemicals 209 Oerlikon Barmag 22, 50, 72, 110, 135, 136, 150, 156, 192, 198, 200 Oerlikon Enka Tecnica 12 Oerlikon Fibrevision 176 Oerlikon Heberlein Temco Wattwil 12 Oerlikon Neumag 71, 72, 113, 174, 197 Oerlikon Textile Components 112, 132 Oerlikon Textile 12, 21, 76, 128, 130, 145, 146, 161, 177, 194, 207 Omikenshi 14 OMV 68 Opelontex 144 P&G 177 Paco Paul 235 PBI Performance Products 11 PCI Fibres 6, 121, 132, 151, 156 PCI Consulting 85 Pegas Nonwovens 177, 201 Performance Fibers 142 Perlon-Monofil 196 PET Recycling Team 208 Pet2Pet 208 PETIT 113 Petroquimica Suape 82 PGI 177 Pill 12 Pinjiang Chemical Co. 115 Polymer Engineering 96 PolyMirea 22 Polyplastics 143 PPG Industries 76, 196 Precitex 112 Princo 176 Proctor & Gamble 18 Pucheng Clean Energy Chem. 208 Pulcra Chemicals 83 Purac 81 RadiciGroup 42, 202, 203 Reggiani 72 Reifenhäuser 134 Reimotec 72, 134 Reiter Oberflächentechnik 225 Reliance 6, 34, 47, 144, 200 Rennovia 209 Retech 102, 226 J. Rettenmaier 235 RHI 194 Rieter 12, 71, 137 Rieter Perfojet 12 Riken 19 RITM 71 River Point 78 Rosneft 209 RPR 72 Ruhstrat 25 Sabanci 4 SABIC 68, 82, 150, 208 Sachtleben Chemie 215 Salmoiraghi 114

Samsung Engineering 148 Sanding 209 Sandler 69, 180 Sanfangxiang 6 SCA 177 Schill + Seilacher 49 S-D Fine Chem 34 Seebach 135 Se-So-Tech 220 SGL Group 70, 75, 214, 219 Shalag 177 Shandong ICD High Performance Fibres 79 Shanghai Chemical Co. 115 Shanghai Lianji Synthetic Fibre 92 Shanghai Zhengjia Milkfiber 50 Shanxi Hangtian 70 Shaoxing Sihai Spandex 130 Shaw Industries 82 Shell Oil 18 Sheng Ou 128 Shenzhe Shenghong 6 Sider Arc 134 Silon 169 Sinopec 6, 8, 47 Sinopec Yizheng Chemical Fiber 128 Slack & Parr 109 smartfiber 8 SML 196, 200, 208 Snaico Engineering 96 Sofila 42 Solvay Advanced Polymers 142 Solvay Solexis 49 South Pacific Viscose 10, 14, 66, 192 Southern Clay Products 38 Specialty Materials 214 SRI Consulting 23, 29 Standard Group 201 Starlinger 196, 200, 208 Starr 76, 197 STOE 39 Sumitomo Metal Mining 135 Superba 112 Svenska Cellulosa 74 Svetlogorsk Khimvolokno 11, 13 SwissTex 71 SwissTex France 134, 200 SwissTex Winterthur 12, 134, 200 Tae Kwang 143 Takagi Chemicals 20 Teadit Industria E Comercia 18 Technical Absorbents 12 Tecnon OrbiChem 60, 83, 161 Teijin 19, 134, 138, 144, 206, 207 Teijin (Thailand) 67 Teijin Aramid 80, 128, 132, 138, 139, 185, 192, 203, 208 Teijin Fibers 8, 13, 15, 19, 67, 79, 106, 202, 207 Teijin Monofilament 76

8

Chemical Fibers International 2010

Man-Made Fiber Year Book 2011 Published by

Chemical Fibers International Texti le Technology

Page Teijin Shoji Teijin Techno Products Temco TenCate Testex Textechno Herbert Stein Thai Caprolactam Thai Toray Dr. Thiele Polyester Technology

138 10, 143, 192 199 203 139 38, 112 22 203 24, 46, 151, 220 TMT 96, 136 Toho Tenax 70, 134, 139, 213 Toho Tenax Europe 134, 197 Tohshyu Trading 145 Toray Fluorofibers 142 Toray Industries 70, 78, 94, 142, 145, 206, 213 Total Petrochemicals 18, 78, 84 Toyobo 192, 194, 206 Trevira 4, 6, 7, 10, 24, 63, 131, 143, 190 Trumac 180 Trützschler 114, 180 Trützschler India 180 Trützschler Nonwovens 194, 196 Ube Chemicals Asia 209 Ube Industries 209 Uhde Inventa-Fischer 96, 148, 161, 208, 209 Unicharm 74 Union Industries 177 Unitika 194 UOC Sinco 96 Voith Paper 63, 142 Voith Patent 20 Wacker Chemie 181 Wetekam 76 Weyerhaeuser 79, 132 Woco Industrietechnik 35 Wujiang Hengli 190 Xentrys 137 Yantai Spandex 128 Yeu Ming Tai Chemical Industrial 20 Yizheng 6, 8 Zhejiang Boretech 220 Zhejiang Da Cheng 8, 192 Zhejiang Guxiandao 190 Zhejiang Hailide 128 Zhejiang Hailide New Material 190 Zhejiang Hengli 128 Zhejiang Hengyi 6 Zhejiang Huahai 130 Zhejiang Rongsheng 6 Zhejiang Tongkun 6 Zhejiang Unifull 190 Zhejiang XinFenMing 6 Zimmer 49, 68 Zinser 50 Zoltek 70, 75, 214 Zschimmer & Schwarz 104, 161 Zwick 216

Man-Made Fiber Year Book 2011 Published by Chemical Fibers International

Publication date: October 25, 2011