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SAMPE Europe/JEC COMPOSITES 2008 Preview

As the industry gathers in Paris, event organizers emphasize composites manufacturability and environmental responsibility.

By Staff | March 2008

SAMPE Europe’s 29th International Conference and Forums (SEICO 08) will take place again this year at the Hotel Mercure Conference Center. “Composites Forever: Affordable, Durable, Sustainable and Creatable” is the theme. The conference will feature 100 papers presented in 33 sessions.

SEICO 08 will explore “green” themes, beginning J.-M. Berthier’s keynote speech entitled, “Novel Green Technologies for Helicopters, a New Challenge for the Next Decade.”

Presenters on the first day will cover in-situ thermoplastic structures for aerostructures, glass and basalt fiber in high-pressure applications, blast-resistant structures, design of aircraft floor sandwich panels, vacuum forming for aero parts and carbon fiber performing.

Day two topics include fatigue testing of carbon fiber thermoplastics, acoustography, ultrasonic NDT, impact protection for fuselages and composite patches for metallic structures.

On day three, a number of green options will be explored in papers on design/manufacturing strategies that minimize scrap (reducing disposal issues), the reuse of recycled carbon fiber in thermoplastic composites and a paper detailing a silk fiber’s performance in a thermoplastic composite subjected to low-velocity impact. Additional papers will emphasize design and engineering issues, and significant emphasis this year also will be placed on technologies that monitor the health of composite structures, particularly “smart” systems. Sessions each day will update attendees on progress made in the development of high-performance nanocomposites and nanoenhancements for conventional systems.

As in the past, SEICO 08 attendees will have free access to the JEC COMPOSITES Show floor; the offset dates for the two events permit SEICO attendees to spend a full day at the JEC show after SEICO ends. SEICO will provide a shuttle bus to the JEC on April 1 and 2 from 8:30 a.m. to 6:00 p.m.

JEC COMPOSITES 2008

When the 2008 JEC COMPOSITES Show opens April 1 for its traditional three-day run at the Paris Expo, in Porte de Versailles, Paris, France. Show organizers, the JEC Group (Paris), expect 1,000 exhibitors again this year. Seventy percent of exhibitors will come from outside France, JEC predicts, adding that more than 25,000 people (exhibitors and visitors) gathered at the Paris Expo during last year’s evvent — 65 percent of them representing 95 countries outside France.

“Composite Design and Manufacturing” will be the show theme as JEC spotlights developments in R&D, analysis, engineering, design, CAD/CAM, simulation, prototyping, stereolithography, moldmaking, testing, nondestructive testing, process industrialization and nanocomposites. JEC’s User Forums will be one avenue for exploration of these themes. The Forums will gather composites experts from six applications sectors: Marine, Aeronautics, Land Transport, Automotive, Construction and Natural Fibers. Emphases, particularly in the latter, will include the environment, recycling and biocomposites. Noting that European end-of-life (EOL) vehicle directives stipulate that 95 percent of each vehicle must be recyclable by 2015, compared to the 85 percent requirement that went into effect in 2006, JEC officials anticipate that this year’s event will see a greater number of “green” exhibitors — suppliers of renewable plant-polymer resin systems and reinforcements derived from plant fibers.

JEC Innovation Awards

In its 11th year, the JEC Innovation Awards program again will honor technical achievements in the composites industry. Some of the winners this year include Hawker de Havilland Aerospace Pty. Ltd. for wing control surfaces on the The Boeing Co.’s 787 Dreamliner, Esoro and Weber Fibertech for the Smart tailgate assembly, Ayres Composites Panels for development of fire insulation panels, and the University of Applied Sciences and Arts Dortmund for development of an electrically heated carbon fiber mold. The awards ceremony will be held April 1 at the Louvre Museum in Paris.

For more information about SEICO 08, contact the SAMPE Europe Business Office (SEBO), Tel.: +49 2421 808 58 00; Fax: +49 2402 34 759; E-mail: sebo@sampe-europe.org; Web site: www.sampe-europe.org.

For more information about the JEC COMPOSITES Show, contact JEC, Tel.: +33 1 58 36 15 18, E-mail: visitors@jeccomposites.com; Web site: www.jeccomposites.com.

SEICO 08 at a Glance

Monday, March 31

Registration 8:00 a.m. to 5:30 p.m. Opening and Keynote 10:00 a.m. to 11:15 a.m. L. Torre, SAMPE Europe President Keynote Speaker: J. M. Berthier Session 1 11:30 a.m. to 1:00 p.m.

• Aerospace
  • • National Center for Advanced Materials Performance — A model for cost-effective composites qualification
  • • In-situ consolidated thermoplastic composite aerospace structures
  • • Serial production of CFRP thermoplastic profiles with continuous compression molding technique
• Application I
  • • Research for the development of a new concept of high-pressure vessel for CNG vehicles
  • • Performance of glass fiber and basalt fiber composite tubular structures for high-pressure applications
  • • Blast resistance of fiber-reinforced composite materials
• Design & Engineering I
  • • Design of aircraft floor sandwich composite panels — finite element analysis and experimental verification
  • • Features, variability and defects in the determination of the properties of composite materials and structures
  • • Efficient design and manufacturing of the seats of the Superbus
• Lunch (Hotel Mercure) 1:15 p.m. to 2:15 p.m.
• Session 2 2:30 p.m. to 4:00 p.m.
• Bonding I
  • • Industrial materials institute, National Research Council Canada
  • • High-performance liquid crystal thermoset resins for structural composites and as high-temperature adhesives
• Process I
  • • An innovation in the rubber press forming of thermoplastic composites
  • • Integrated directed carbon fiber preforming
  • • A novel approach to manufacturing aerospace secondary structures using vacuum forming; technique presentation and first trials assessment
• Fiber & Textile I
  • • A novel 3-D high-porous textile fiber scaffold for biomedical applications
  • • Overbraiding multiple flexible or rigid inserts — the new advancement in 3-D braiding technology
  • • A comparative study of mechanical properties of 3-D woven single-layer and 2-D woven multiayer E-glass composites
• Coffee Break 4:00 p.m. to 4:20 p.m.
• Session 3 4:30 p.m. to 6:15 p.m.
• Thermoset/Thermoplastic Matrix I
  • • Temperature impact on internal structures and mechanical properties of reinforced thermoplastic composites
  • • Nanostrength block copolymers for epoxy toughening
  • • The composite consisting of in-situ polymerizable thermoplastic epoxy resin and fibers
  • • Properties of ionizing radiation-cured epoxy-based polymer matrices for carbon fiber composites after aging due to moisture absorption, thermal treatment
• Modeling I
  • • VARTM flow and cure simulation for accelerated low-viscosity epoxy tooling resin
  • • Modeling of the injection of an automotive part with a two component highly reactive resin with on-line mixing in RTM
  • • Analysis of functionally graded syntactic foams based on variation in volume fraction and wall thickness of hollow particles
  • • Modelling of fracture behavior of PP particulate composites on micro level
• Nano I
  • • Advanced electronic materials for infrastructure engineering
  • • Study of effect of organo-nanoclay on scratch resistance and mechanical properties of polypropylene for automotive uses
  • • Mechanical modeling of nanocomposites
  • • Micro/nano temary composites based on polypropylene as matrix for thermoplastic glass fiber composites *SAMPE Europe Conference Dinner 8:00 p.m. to 11:00 p.m.

Tuesday, April 1

Registration 8:00 a.m. to 5:30 p.m. JEC Exhibition 9:00 a.m. to 6:00 p.m. Session 4 9:30 a.m. to 11:00 a.m.

• Sandwich I
  • • The impact response of novel sandwich structures based on high-performance lattice structures
  • • Technology and data of sandwich panels featuring chevron cores as applied to aircraft and construction
  • • A study on indentation test methodology of aircraft floor honeycomb core sandwich composite panels
• Application II
  • • Experimental and numerical resin flow analyses in resin transfer molding of composite cylinders
  • • Optimal kinetic energy per unit cost for hybrid composite flywheel rotor
  • • Development of a novel thermoplastic composite sandwich structure for a rail application
• Testing I
  • • Advanced ultrasonic NDT techniques for inspection of wind turbine blades
  • • Acoustography: a newly advanced, novel, nondestructive evaluation tool for the inspection of composite materials and structures
  • • Fatigue testing of carbon fabric thermoplastics: Different testing and instrumentation strategies
• Coffee Break 11:00 a.m. to 11:20 a.m.
• Session 5 11:30 a.m. to 1:00 p.m.
• Nano II
  • • Smart carbon nanotubes/epoxy composite materials for advanced aerospace applications
  • • A novel new carbon nanotube-based material for the generation and storage of energy
  • • High-performance polyimide/diamond nanocomposites: Microstructure and indentation behavior
• Aerospace II
  • • Impact protection structures for composite fuselage application
  • • Flexible preform manufacturing based on stitching technology for carbon fiber structural applications
  • • CFRP technologies for future fuselage application
• Fiber & Textile II
  • • Interesting properties of 3-D warp interlock structures for delamination and impact resistance
  • • Blast impact on natural fibre and hybrid composites
  • • Modeling of strength and stiffness behavior of natural fiber-reinforced polypropylene composites
• Lunch (Hotel Mercure) 1:15 p.m. to 2:15 p.m.
• Session 6 2:30 p.m. to 4:00 p.m.
• Health Monitoring
  • • Intelligent Damage Monitoring System (IDMS): Current research review, design and prototyping
  • • Smart composite patches for repairing metallic aircraft structures
  • • Development of self-healing composites under severe operational conditions of the aeronautical vehicles
• CFK Stade
  • • CFK-Valley Stade — Leading cluster in automated CFRP production
  • • CFRP truck and trailer technology for high volumes in growing markets
  • • Quality assurance by digital image analysis for the preforming and draping process of dry carbon fiber material
  • • Mass production of thermoformed CFRP parts with highly-automated manufacturing unit
• Bonding II
  • • Use of adhesives in bonded joints for composite structures subjected to static, dynamic loads
  • • Structural adhesive joints for transport applications
• Coffee Break 4:00 p.m. to 4:20 p.m.
• Session 7 4:30 p.m. to 6:00 p.m.
• Hybrid/Smart Materials I
  • • Delamination in fiber-reinforced metal laminates under variable amplitude loading
  • • Vibration properties of fiber/metal laminates based on glass fiber-reinforced polyester
  • • Mircrostructure and mechanical properties of AISi9Cu3 alloy-based hybrid composites
  • • Efficient heat energy management of aerospace structures via heat-directed composite materials
• Thermoset/Thermoplastic Matrix II
  • • Mechanical properties of heat-resistant composite using Tg-less epoxy resin as a matrix
  • • Effect of tackifying binders on matrix and composite properties
  • • Vectran-based single polymer composites
  • • Glass transition temperature-less (Tg-less) epoxy resin as a matrix of high-heat-resistant composite
• Recycling & Environment I
  • • The mechanical properties of automotive-grade composite materials based on fully recyclable self-reinforced polypropylene
  • • Bio-based composites obtained with natural fibers and a natural based matrix
  • • The use of life cycle tools toward sustainable thermoplastic matrix composites in shipbuilding

Wednesday, April 2

Registration 8:00 a.m. to 5:30 p.m. JEC Exhibition 9:00 a.m. to 6:00 p.m. Session 8 9:30 a.m. to 11:00 a.m.

• Nano III
  • • The mechanical properties of two commercial epoxy nanocomposites
  • • Influence of carbon nanotube reinforcement on the mechanical behavior of carbon fiber/epoxy composites
  • • Nanotechnologies in advanced aircraft structures
• Aerospace III
  • • Design of carbon fiber composite aircraft parts using tow steering technique
  • • Influence of sewing of multiaxial textile structures in regard of mechanical properties
  • • Real-time measurement of deformation of thermoplastic composite plates under bird strike impact
• Modeling II
  • • Permeability measurement of flow enhancement layers by an indirect measurement technique using flow simulation
  • • Micro and meso scale modeling of mechanical behavior of 3-D woven composites
  • • Impact behavior of composite materials and components; experiments and simulation
• Coffee Break 11:00 a.m. to 11:20 a.m.
• Session 9 11:30 a.m. to 1:00 p.m.
• Panel Session
• Hybrid/Smart Materials II
  • • An investigation of the mechanical, thermal and fire properties of ternary polyamide-polyimide-organoclay nanocomposites
  • • Investigation of smart composite laminates with embedded PZT-based modules
  • • Impact behavior of composite plates embedding steel and shape memory alloys (SMA) wires
• Recycling & Environment II
  • • Understanding composites design and manufacturing for minimization of scrap generation: The first steps to efficient material use
  • • Designing natural silk fiber-reinforced thermoplastic composites as tough composite materials against low-velocity impact
  • • Regeneration of carbon fibers and their reuse in thermoplastic compounds
• Lunch (Hotel Mercure) 1:15 p.m. to 2:15 p.m.
• Session 10 2:30 p.m. to 4:00 p.m.
• Design & Engineering II
  • • Communication spacecraft platform with irregular composite lattice load-trust cylinder
  • • Systematic optimal design of laser-sintered nano materials
  • • Optimizing properties of GRP-loose flange joints
• Education
  • • Presentation of the winning paper from SAMPE Europe Students Conference 2008
  • • Presentation of the best student’s paper on environment aspects, sponsored by JEC
  • • Presentation of the 2nd best paper from SAMPE Europe Students Conference 2008
• Process II
  • • Low-shear, high-speed mixing procedure for dispersion of nano carbon additives in polymer matrices
  • • Through thickness melding of CFRP for aerospace applications
  • • Cost-effective manufacturing processes and materials used for the construction of the Superbus
• Coffee Break 4:00 p.m. to 4:20 p.m.
• Session 11 4:30 p.m. to 6:00 p.m.
• Process III
  • • Clean filament winding: design, production and evaluation
  • • A comparison of resin transfer molding and prepreg autoclave manufacturing for unmanned aircraft spars – manufacturing cost, quality and structural performance
  • • Affected 2-D permeability of reinforcements by stitching
• Sandwich II
  • • The development of particle-stabilized polymeric foams for potential passive and active damping applications
  • • A new modular composite bus: Lifetime prediction techniques for the sandwich and pultruded panels
  • • Semi-impregnated micro-sandwich structures: Novel configuration for low-cost panels with improved toughness
• Application III
  • • Study the vibration behavior of cylindrical sandwich shell with a transversely flexible core
  • • Development of a composite propeller for a mine hunter vessel
  • • Thermoplastic roll-formed composite glade stiffeners
• Closing Ceremony 6:00 p.m. to 6:10 p.m.

Thursday, April 3 JEC Exhibition 9:00 a.m. to 6:00 p.m.

JEC COMPOSITES 2008 EXHIBITOR LIST

The following is based on the best information available from JEC on Feb. 11, 2008; “TBD” = to be determined.

A

• A&P Technology D21
• Aachen Composite Engineers P76
• ABB France Q73
• Acmos Chemie K72
• Acrylic Composites BV F67
• AcXys Technologies R75
• Additek SaS E63
• ADM-ISOBLOC GmbH K49
• Advanced Composites Group T29
• Advanced Cutting Technology SA H9
• Advanced International Multitech Co. Ltd. T56
• AEC Polymers TBD
• Aero Consultants Ltd. AG N56
• AFT Plasturgie P71
• Agence Wallone à l’Exportation et aux Investissements Étrangers (AWEX) H44
• AGY Holding Corp. M23
• Ahlstrom Glassfibre Oy F15
• Airtech Europe SA M62
• AKSA – Akrilik Kimya San AS G6
• Alcan International Network Italy SpA S23
• Alcore Brigantine T49
• Amroy Europe Ltd. V57
• Anaglyph Ltd. P68
• AOC LLC S56
• Apex Machine Tool Co. S78
• Argosy International Inc. V59
• ARI Picardie U30
• Arkema J37
• Arnaud L53
• Asamer Basaltic Fibers GmbH C12
• ASC Process Systems T38
• Aspirateurs Industriels CFM P61
• Assembly Guidance Q54
• Assyst/Bullmer Spezialmaschinen GmbH & Co. KG R42
• Astar T21
• Ateliers Michaud et Cie V62
• Atul Deutschland GmbH H72
• Autoclave & Industrial Controls Ltd TBD
• Autometrix TBD
• Axel Plastics Research Laboratories Inc. H50
• Axson TBD

B

• B. Laufenberg K70
• B.C. Foam SpA D12
• Bally Ribbon Mills F63
• Balseurop Ecuato Española SL V63
• Basler Lacke AG N21
• Bayer MaterialScience AG P16
• Bayern Innovativ GmbH F35
• Beijing Partnerworld International Exhibition Co. Ltd TBD
• Bolenz & Schäfer/EHA GmbH BSD Filament Winding Technology K47
• Bond-Laminates GmbH M72
• Bose SaS R74
• Boytek Recine Boya Ve Kimya San Tic P37
• Büfa Reaktionsharze GmbH & Co. KG L55
• Busch D15
• BYK-Chemie G17

C

• C.M.S. SpA M61
• Cam Elyaf Sanayii AS J29
• Cambium R76
• Canadian Plastics Industry Assn. N12
• Cannon France V30
• Carbo Tech Composites GmbH N42
• Carbon-Composite Technology H38
• CAVITEC D4
• CEL Components Srl E69
• Celanese C17
• CELBO SpA C18
• CELC Masters of Linen M82
• CERO U22
• Cetim K43
• CFK Valley Stadde EV K63
• CG TEC GmbH J47
• Changzhou Changhai GFRP Products Co. Ltd. E7
• Changzhou Pro-Tech Fiberglass Industry Co. Ltd. D18
• Chastagner-Delaize R47
• Chem Trend France T15
• China Composites Group Corporation Ltd. D28
• China National Building Materials Corp. T16
• Chomarat Composites Q30
• Cincinnati Machine TBD
• Claris Technologies TBD
• Clariant International AG L78
• Click Bond Inc. TBD
• CMG N82
• CNBM International Corporation L72
• COATEMA – Coating Machinery GmbH TBD
• Cogemoule M22
• Cogit Composites T77
• Colbond BV G53
• Collano AG N71
• Componeering P75
• Compositec D27
• Composites Machines Systemes J50
• Composites Outillage Service M69
• Composites UK Ltd. C27
• Conseil General De La Charente Maritime F43
• Corex Honeycomb Ltd. V6
• Coriolis Composites M64
• Cornerstone Research Group Inc. N48
• CoTech Inc. B42
• CPIC/Fiberglass M50
• Cranfield University R82
• Croma U28
• Cybel TBD
• Cytec Engineered Materials Ltd. G35

D

• Dalian Yigui Compound Material Co. Ltd. W41
• Dassault Systemes TBD
• De Saedeleir TBD
• Decoup+ D17
• Dedienne Plasturgie U43
• Degussa Rohm GmbH G64
• Dekumed GmbH & Co. KG H23
• Delcam Plc D37
• Delta-Tech Srl TBD
• Dencam A/S S77
• Devold AMT A/S N63
• Dexmet Corporation U58
• Diab AB M49
• Diamix H10
• Diamoutils M71
• Diatex TBD
• Dieffenbacher GmbH + Co. KG G28
• Dipex Spol. Sro P35
• Dipram Industries P50
• DJP Espace Composites R22
• DK Holdings Ltd. L69
• Dome Carbon Magic Ltd. S17
• Dongguan City Higol Enterprise Co. Ltd. TBD
• Dopag F49
• Dow Deutschland T41
• Duna Corradini SpA E38
• Dunstone Company Inc. P73
• DuPont International Operations Sarl R61
• Duqueine Composites P44
• Dynabrade Europe Sarl P67

E

• EAC Technologies T27
• Eastman Machine Co. T9
• Easy Industrial Solutions TBD
• Econcore NV N18
• EDO Corporation U62
• Elastogran GmbH U44
• El-Bo Produktion A/S S81
• Elkom Heizplattentechnik GmbH S75
• Epsilon Composite M37
• ESI Group TBD
• Eurocarbon BV R41
• Euromere TBD

F

• Farecla Products Ltd. J49
• Fraunhofer Society F55
• Fiber-Line International BV TBD
• Fibertex A/S J36
• Fibres Unlimited BV TBD
• Flemings Textiles Ltd. V52
• FlexCAM GmbH TBD
• Flow Europe GmbH T11
• Flugzeug-Union Sud GmbH K56
• Force Technology U55
• Forest Liné R56
• Formax UK Ltd. G2
• Formes et Outillages T36
• Formosa Plastics Corporation Q41
• Fraunhofer-Gesellschaft TBD
• FRP Institute TBD
• FRP Services Europe U42
• FTS Fibre E Tessuti Speciali SpA D44

G

• Gavazzi Tessuti Tecnici SpA B16
• Gazechim Composites K41
• Georg Sahm GmbH & Co. KG J63
• Gepo France Sarl D38
• Glascraft Inc. M29
• Graco NV U18
• Grafil Inc. J23
• Graftech International Ltd. S19
• Granta Design Ltd. V56
• Greenvision Ambiente SpA TBD
• Grignard LLC B12
• Gruber Systems Inc. G1
• Gurit K42

H

• Haining Chengrudan Reinforcement Fabrics Co. Ltd. P41
• Harper International TBD
• Havel Composites CZ SRO C10
• Helios D.D. Domzale F61
• Hengdian Group Shanghai Russia & Gold Basalt Fiber Co. Ltd. TBD
• Henkel Aerospace N44
• Hennecke GmbH S6
• Herzog August Maschinenfabrik GmbH & Co. KG P64
• Hexcel G55
• Hexion Specialty Chemicals B.V. Q16
• Hollingsworth & Vose Advanced Fiber Nonwovens S64
• Hos Technik Vertriebs & Produktions GmbH G22
• Hufschmied Zerspanungssysteme GmbH S21
• Huntsman Advanced Materials G63

I

• I MAC Srl TBD
• ICO Polymers U16
• Icotec AG K29
• I.C.R SpA TBD
• IMAC Srl S73
• IMCD Group BV B41
• Industrial Olmar SA T48
• Ingersoll Machine Tools L29
• Inggi Instituto de Engenharia Mecanica et Gestao Industrial TBD
• Innegrity LLC E15
• Innovalis Aquitaine R63
• Institut fur Verbundwerkstoffe GmbH (IVW) D30
• Intec Srl A38
• Interturbine Logistik GmbH P72
• Isojet T44
• Isomatex SA Q53
• Isovolta AG H62
• Italmatic Presse Stampi Srl T5
• Itech Enterprises D23
• ITW Plexus D42
• ITW Spraycore TBD
• Izumi International Inc D16

J

• Jacret TBD
• JB Martin W56
• Jiangsu Jiuding New Material Co. Ltd. C28
• Jiaxing Sunny Frp Industries Co Ltd P49
• Johns Manville G44
• Jost Chemicals GmbH D41
• JSC Polotsk Steklovolokno TBD

K

• Kallisto B37
• Kamenny Vek LLC C30
• Kaneka-Belgium NV N73
• Kesteco SA P74
• Keyser et Mackay France et Cie C41
• Khimvolokno TBD
• Koller SaS L70
• Kommerling Chimie Sarl N38
• Kremlin Rexson F27
• Krosglass SA M38
• KSL GmbH Q63
• Kuris TBD

L

• Lamiflex SpA G43
• Lantor BV M43
• Lanxess Deutschland GmbH G21
• Lap GmbH P63
• Laser Projection Technologies Inc. N54
• Lavesan Srl P30
• Le Creneau Industriel TBD
• Le Joint Francais M73
• Lectra T23
• Leda Industrie Srl M42
• Lehmann & Voss & Co. KG M74
• Lewcott Corp. TBD
• Limoges Usinage Mecanique M75
• Lindau Chemicals K23
• Lintex International N37
• Longpont Co. Ltd. D6
• Lonza Ltd. Q71
• Lubrizol Ltd. C15
• Lucite International T73

M

• M Composites TBD
• MTorres TBD
• Magnabosco Srl TBD
• Magnum Venus Plastech G15
• Marbocote TBD
• Maroso Srl TBD
• Mates Italiana Srl E42
• Matrasur Composites G5
• Matrix Advanced Technology Pte. Ltd. N81
• Mayer & Mayer Handels GmbH K68
• McClean Anderson C16
• Metalscan SaS R44
• MF Tech E2
• MIB Hydro TBD
• Mid-American Supply Corp. V72
• Mikrosam A.D. M78
• Milliken & Company J71
• Mozart AG N47
• Mt Aerospace AG N50
• Mulder Hardenberg GmbH D5
• Multiax International SpA TBD

N

• Nanjing Genuine Trade Co. Ltd. TBD
• Nanjing Loyalty Composite Equipment Manufacture Co. W15
• Nanjing Unicomposite Technology Co. Ltd. T6
• Nanoledge T17
• Nantong Composite Material Co. Ltd. TBD
• “Nantong Mincom Composite Materials Co. Ltd., China” S82
• Nantong Strongworld FRP Products Ltd. N70
• National Aerospace Laboratory NLR R43
• Nederman TBD
• Netcomposites Ltd. E35
• Neuhauser Prazisionswerkzeuge GmbH TBD
• Nida-Core Corp. R10
• Nidaplast Honeycombs Q36
• Nief Plastic U60
• Ningbo Huayuan FRP D10
• Nippon Graphite Fiber Corp Q23
• Nord Composites H42

O

• OCV Reinforcements P18
• Oerlikon Leybold Vacuum TBD
• Olympus NDT M81
• Omfa Fabrics N36
• Oria Srl. U24
• Oxeon AB S28

P

• Panini Srl V61
• Parabeam Bv G27
• PCK Technology Inc. W60
• P-D Glasseiden Gmbh Oschatz F17
• Pergan GmbH C36
• Pgi Nordlys M28
• Phoenix Equipment TBD
• Piercan SA T81
• Pilot Automotive Srl C38
• Pinette Emidecau Industries Q47
• Plascore GmbH & Co. KG T78
• Plasticon Europe U56
• Pole de Plasturgie de l’Est R54
• Poly 3 Srl R18
• Polykum TBD
• Polynova Composites TBD
• Polystrand H5
• Polyworx SA TBD
• Pomtava SA W42
• Porcher Industries G18
• Potters Europe D35
• PPG Industries Fiber Glass Europe J62
• Prodemmia W30
• PROMAK Srl H56
• Propex Fabrics GmbH L38
• Pultrex Ltd. D29

Q

• Quantum Compoistes Ind. TBD
• Quartzforms F54
• Quickstep Technologies E62

R

• Ranger SpA S15
• Reinforced Plastics R81
• Reliant Machinery P48
• Resintex Industriale Srl U5
• Resoltech Sarl N35
• Respecta Maschinenbau GmbH J54
• RITM B17
• RJ Marshall Europe Q78
• Robuso Stahlwarenfabrik Buntenbach & Sohn GmbH P77
• Röchling T18
• RocTool SaS M24
• Rossow industries W28
• Rotec Composite Group BV TBD
• RUAG Aerospace P47

S

• SA JPS Vetigraph France TBD
• SADAC C24
• Saertex GmbH & Co. KG M17
• Saimap Viennot W52
• Saint Gobain Quartz SaS V55
• SAITEC E28
• SAMPE F7
• Samtech France U77
• SAT S53
• SCEI – BEZY N62
• Schappe Techniques M18
• Schmidt & Heinzmann GmbH & Co. KG M44
• SCHÜTZ GmbH & CO. KGaA L43
• SEAL SpA L61
• SECAR Technologie GmbH Q67
• SEECMAS – Slicom Aero TBD
• SEM Régionale des Pays de La Loire T64
• Serval Sarl TBD
• SGL Kümpers GmbH & Co. KG K17
• SGL TECHNOLOGIES GmbH L23
• Shanghai Goodstra Chemical Co. Ltd. D7
• Shanghai Saige Composite Materials Co. Ltd. J67
• Shanghai Share Win Technology Co. Ltd. U9
• Sichuan Weibo Co. Ltd. P24
• Sichuan Weibo Co. Ltd. P24
• Sicomin T43
• Sigmanest Systems TBD
• Sigmatex UK Ltd. Q35
• Sika Deutschland GmbH M35
• Siltex GmbH & Co KG T22
• Sinoma G45
• SL Laser France Sarl U61
• SLCA Groupe Safran R53
• SNPE L17
• Soficar SA J11
• Solvay Advanced Polymers LLC U64
• Sonatest Ltd. V60
• Sora Composites P23
• SOTECO SpA T10
• Specialty Polyfilms India Pvt. Ltd. W51
• spheretex GmbH S49
• SA Starplast V22
• Steelthermhex TBD
• Steinbach AG R78
• STOPP T82
• Sumitomo Corporation Europe Ltd. K64
• Superior Fibers LLC TBD
• Surface Generation TBD
• Suteau-Anver R77
• Swancor Ind Co. Ltd. D9
• Syrgis Performance Initiators AB J24

T

• 2Komponenten Maschinenbau GmbH L36
• 3B H29
• 3M France K35
• Taishan Fiberglass Inc. G42
• Taiwan Electric Insulator Co. Ltd. H54
• Taizhou Huangyan Shuangsheng Plastic Mould Co. Ltd. Q75
• TAJIMA GmbH T71
• Targlass Srl J17
• TCR Composites H68
• Technical Fibre Products Ltd. U15
• Technobasalt-Invest TBD
• Technobell Ltd. H8
• Tecnedit N68
• Telateks AS G10
• Telene SaS E53
• Ten Cate Advanced Composites Group N30
• Terruzzi Fercalx SpA S55
• Teufelberger GmbH V42
• Teximpianti SpA G24
• Texkimp Ltd. H64
• Think Composites TBD
• Tisstech TBD
• TITK TBD
• Toho Tenax Europe GmbH G56
• Top Glass SpA D48
• Trelleborg Advanced Engineering & Materials TBD

U

• U.S. Pavilion G41
• UBE Industries Ltd. T63

V

• VEM SpA U29
• Victrex Europa GmbH J9
• Virtek Vision International Inc. TBD
• VISTAGY Inc. T50
• VITRATEX, Beyer GmbH & Co. KG T30
• VN Composites Q28
• Voetsch Industrietechnik GmbH Q49
• Vom Baur E38
• Von Roll Isola France TBD

W

• Web Industries W67
• Wessex Resins & Adhesives Ltd. R49
• WIHAG Composites GmbH & Co. KG D11
• Wolfangel GmbH M36

X

• Xamax Industries Inc. TBD

Z

• 01dB-Metravib F71
• Zhejiang Jiashan Glass Fiber Weaving Factory V38
• Z-Laser Optoelektronik GmbH M80
• Zoltek Corp. T28
• Zund Systemtechnik T42
• Zyvax Inc.- Oficina de Representacion M41