Opening & Plenary Session

• P-1 Technology for Sustainable Development
  by Emst Ulrich von Weizsaucker ( MP, Deutscher Bundestag )
  

• P-2 UV-Network
  by J. Jung ( IST METZ )
  

• P-3 Status of the Chemicals Polyicy Review
  by U. Jensen-Korte ( CEFIC )
  

• P-4 Classification and Labelling of UV/EB Acrylates
  by F.-W. Raulfs ( BASF )
  

UV Powder Coatings

• A-1 Application Properties of UV Curable Powder Coatings
  by H. Groen ( DSM )
  

• A-2 UV and Visible Curing of Powder Coatings Based on Unsaturated Polyesters with Allilic Binders
  by D. Burget ( Ecole Nationale Superieure de Chimie de Mulhouse )
  

• A-3 Optimal Performance with UV Powders on Different Substrates by Combining Polyester and Epoxy Chemistry
  by D. Maetens ( Surface Specialities UCB )
  

• A-4 Continuation of a Success Story with UV Powder
  by M. Strid ( DuPont Powder Coatings Scandinavia AB )
  

• A-5 UV Powder on MDF for High Quality & Design
  by L. Karisson ( TRIAB/TRI INNOVATIONS AB )
  

• A-6 The Performance of UV-curable Powder Coatings on MDF
  by P. Mills ( Protech Chemicals )
  

Adhesives

• PC-1 Novel UV-curable Pressure Sensitive Adhesives
  by R. Ronisch ( Henkel KGaA )
  
  

• PC-2 New UV<>
  by J.-M. Frances ( Rhodia Silicones )
  

• PC-3 Production of UV-crosslinkable Acrylic Pressure-sensitive Adhesives by Means of an Extruder
  by R. Milker ( Dr. Milker Klebstoff )
  

• SC-4 Innovative Developments for UV Silicone Release Coatings
  by M. Ferenz ( Degussa )
  

• PC-5 LED Curing versus Conventional UV-curing Systems: Property Comparisons of Acrylates and Epoxies
  by K. Davis ( EXFO Photonic Solutions )
  

• PC-6 UV Laminating for Transparent Foils and Non-transparent Substrates
  by R. Mueller ( IST METZ )
  

Innovations

• EP-1 The UV LED Curing-Advances in a New Technology
  by S. B. Siegel ( UV Process Supply )
  

• EP-2 Real-Time Cure Monitoring of UV-curable Syatems by Using Dielectric Analysis and Infrared Spectroscopy
  by K. Zahouily ( Photonic Polymers Experts )
  

• EP-3 An Insight in Scratch Resistance of UV-cured Coatings
  by I. Silberzan ( Cray Valley )
  

• EP-4 Surface Modification of Oxide Nanoparticles for Polyacrylate Reinforcement
  by F. Bauer ( Institute for Surface Modification )
  

• EP-5 Growing up, Additive Processes in MEMS Fabrication and Packing
  by A. Reinhardt ( micro TEC Gesellscaft fur Mikrotechnologie )
  

• EP-6 A New Route for the Fabrication of Biometic Cellular Materials
  by R. Liska ( Vienna Univ. of Technology )
  

• EP-7 Difunctional Photoinitiators
  by M. Visconti ( Lamberti S.p.A. )
  

• EP-8 Low Viscous Dual Cure Concepts with New Type of Isocyanate Acrylate
  by E. Beck ( BASF )
  

• EP-9 Urethane Acrylates from Oligomeric Hexamethylene Diisocyanate Derivatives
  by J. Wwikard ( Bayer )
  

• EP-10 Novel Sulphonium Salt Cationic Photoinitiators for Food Packaging Applications
  by S. Herliny ( Sun Chemical )
  

• EP-11 Novel Low Viscosity (100%Solids) Coatings
  by R. Gnoshal ( Polyester Company )
  

• EP-12 Tougher Cycloalipatic Epoxide Resins
  by W. Carter ( Dow Chemical )
  

• EP-13 UV-curable Polyisobutylene Oligomers for Photonic Applications
  by M. Bahadur ( Dow Corning )
  

Flexible Food Packaging

• PP-1 Producing Flexible Food Packaging with UV/EB
  by H.R. Naegeli ( Alcan Packaging Services )
  

• PP-2 An Innovative Technology for UV Laminating Adhesives
  by R. Telesca ( Ciba Specialty Chemicals )
  

• PP-3 EB Laminating Adhesives
  by B. Ramalingam ( Henkel-liofol )
  

• PP-4 EB Curable Overprint Release Coatings for Cold Seal Flexible Packaging
  by S. Lapin ( Northwest Coatings )
  

• PP-5 FDA Compliant Testing for Energy Curable Materials Used in Flexible Packaging
  by A. Lin ( Sovereign Specialty Chemicals )
  

• PP-6 EB Curable Flexographic Inks for Flexible Packaging
  by M. Laksin ( Sun Chemical )
  

• PP-7 The Use of Electron Beam(EB) in Flexible Packaging Applications
  by E. Maguire ( Energy Sciences )
  

Wood Coatings

• G-1 UV-curable Coatings with high Flexibility
  by Y. Heischkel ( BASF )
  

• G-2 UV-curing Resins Based on Renewable Raw Materials
  by R. Klagge ( Cognis Germany )
  

• G-3 Radiation Curing & Pigments - a Contradiction?
  by K. Menzel ( BASF )
  

• G-4 Spray Applied Low VOC UV-curable Finishes for Industrial Wood Finishing
  by J. Albalat ( Cray Valley )
  

• G-5 Flame Retardant Radiation Curable Coatings for Wood Application
  by T. Randoux ( Surface Specialties UCB )
  

• G-6 How to Matt 100% Radiation Curing Systems
  by U. Ferner ( GRACE )
  

• G-7 Stick!...UV Adhesion Characteristics on "difficult" Wood
  by P. Kelly ( Akzo Nobel UV Resins )
  

• G-8 Tiny Particles, Huge Effect - Performance Enhancement with Silica Nanocomposites
  by C. Roscher ( Hanse Chemie )
  

Furniture Coatings

• E-1 Ecological Reqirements for Furniture Coatings From an Enduser View
  by O. Ahlstrand( IKEA of Sweden AB )
  

• E-2 The Impact of the European VOC Directive on the Coating Process of the Furniture Industry
  by M.-L. Roux ( CTBA Technical Centre for Wood and Furniture )
  

• E-3 General Overview of UV-application on Wood Furniture
  by B. Baroncini ( CEFLA )
  

• E-4 Selected Microwaves: The Most Recent and Modern Industrialisation of Coating Processing
  by S. Tibe ( Giardina SPA Offcine Aeromeccaniche )
  

• E-5 State-of -the-art of the Larolux-Process, Exemplified Through a Customer Project
  by T. Schoening ( Fa. Rippert Anlagentechnik )
  

• E-6 UV Powder for Furniture Designers - An Out-of-the-Box Solution
  by P. Mills ( Protech Chemicals )
  

Graphic Arts

• L-1 UV sheetfed Drying under Oxygen Reduced Conditions
  by J. M. Jung ( IST METZ )
  

• L-2 New Raw Materials for UV-inks and Varnishes
  by A. Fuchs ( Ciba Specialty Chemicals )
  

• L-3 Ink Performance Properties of UV, Conventional and Hybrid Sheetfed Inks
  by P. Gevaert ( Surface Specialties UCB )
  

• L-4 Improved Dispersion of Pigments with the Aid of Hyperdispersants in UV Systems
  by M. Sudder ( Avecia Additives )
  

• L-5 Happy Printing with UV: Good Printability and Eco-efficiency
  by B. Prantl ( BASF )
  

• L-6 New Perspectives in UV Printing with Drop On Demand Piezo & Drying Technologies for Mass Customization
  by P. Giraud ( Innoventec )
  

Advances in Photochemistry & Polymerisation

• W-1 Heteroaromatic Thiols as Co-initiators for Type II Photoinitiating Systems
  by E.Andrzejewska ( Poznan Univ. of Technology )
  

• W-2 Advances in the Polymerization of Thiol-Ene Formulations
  by C. E. Hoyle ( Univ. of Southern Mississippi )
  

• W-3 Stabilisation of Thiol-Ene Formulations
  by R. S. Davidson ( Citifluor )
  

• W-4 Maleimide Reactive Oligomers
  by C. K. Nguyen ( Albemarle )
  

• W-5 Primary Processes after 222nm Excitation of Acrylates
  by W. Knolle ( Institute for Surface Modification )
  

• W-6 Photoinitiating Monomers in Free Radical induced Polymerization
  by S. Joesson ( Fusion UV Systems )
  

• W-7 Kinetic Study of the Dual-curing of Isocyanate Acrylate Hydrogen Donor Combinations
  by K. Studer ( Ecole Nationale Superieure de Chimie de Mulhouse )
  

• W-8 Thermal Effects on the Network Structure of Electron-beam Polymerized Diglycidylether of Bisphenol-A
  by B. Defoort ( EADS Space Transportation )
  

• W-9 Photoinduced Free Radical Polymerisation of Unsaturated Polyesters in Presence of Multiacrylate Reacting Diluents
  by M. Scoponi ( Univ. of Ferrara )
  

• W-10 Evolution of Visco-elastic Properties and Crosslinking Density of Radiation-cured Coatings with Conversion
  by P. De Groote ( Surface Specialities UCB )
  

• W-11 Curing Properties of Oxetane Derivatives: 3-Ethyl-3-hydroxymethyl-oxetane Formulated with Epoxides
  by H. Sasaki ( Toagosei )
  

• W-12 Fluorinated Additives in Cationic Photopolymerization
  by R. Bongiovanni ( Politecnico di Torino )
  

• W-13 UV radiation Curing of Waterbased Acrylate Coatings
  by C. Decker ( Ecole Nationale Superieure de Chimie de Mulhouse )
  

• W-14 Combining Experimental Laser Spectroscopies and Molecular Modeling: Can a new Approach shed more Light on Primary Processes Involved in Photopolymerisation Reactions?
  by X. Allonas ( Ecole Nationale Superieure de Chimie de Mulhouse )
  

• W-15 Photochemistry of Quaternary Ammonium Thiocyanates and their Behavior as Photobase Generators
  by M. Tsunooka ( Osaka Prefecture Univ. )
  

• W-16 The Effect of Compatibility between Polymer and Reactive Diluent on Properties of UV Cured Films
  by T. Nabuurs ( NeoResins )
  

Automotive

• AN-1 UV Automotive Refinish - The Status of the North American Marketplace
  by P. Mills ( UV Process Supply )
  

• AN-2 Shortening the Gap between Automotive Refinish and OEM Coatings
  by B. M. Richards ( BASF )
  

• AN-3 Weather Resistant Radiation Curable Monomers and Oligomers for Exterior Applications
  by B. Schaeffer ( Sartomer )
  

• AN-4 Exterior Stability of UV-curable Polyurethane Dispersions
  by R. Schwalm ( BASF )
  

• AN-5 UV Refinish Primer and Clear Coat
  by T. Faecke ( Bayer Polymers LLC )
  

• AN-6 UV-DualCure Systems for Automotive Applications
  by T. Fey ( Du Pont Performance Coatings )
  

• AN-7 UV Potential in Refinish Application Steps
  by T. Laginess ( BASF )
  

• AN-8 Process Development for 3D UV Curing via Computer Simulation
  by J. K. Okamitsu ( Fusion UV Systems )
  

• AN-9 UV Applications in the Automotive Industry
  by O. Starzmann ( IST METZ )
  

• AN-10 Faster and Safer - UVA Cured Automotive Finishes
  by B. M. Richards ( BASF )
  

Equipment ( UV/EB Processing )

• R-1 Innovative Low Cost Electron Beam Dryer
  by U. V. Laeppi ( Energy Sciences )
  

• R-2 Closed Loop Operation: The Key Tool for UV-curing Processes under Oxygen Reduced Conditions
  by O. Treichel ( IST METZ )
  

• R-3 Problems and Solutions of Microwave Energised UV Sources
  by R. Little ( Jenton International )
  

• R-4 Aspects of Radiometry and Process Verification for 3-D UV Processing
  by R. W. Stowe ( Fusion UV Systems )
  

• R-5 UV Curing Processes for Fiberglass Composites
  by S. Mitchel ( Fusion UV Systems )
  

• R-6 Direct Comparisons between High and Low UV Intensity Irradiation on Acrylate Double Bond Conversion
  by R. Bao ( Fusion UV Systems )
  

• R-7 Curing of Pipes with UV-Curing
  by O. Nuesser ( Venjakob Maschinenbau )
  

• R-8 UV Curing under Carbon Dioxide
  by E. Beck ( BASF )
  

• R-9 Radiation Processing of Fluoropolymers
  by J. G. Drbny ( Univ. of Massachusetts at Lowell )
  

• R-10 Polymerisation Kinetics of Multiacrylate Monomers under UV/EB Radiation: from Labscale Monitoring to the Modelling of Industrial Curing
  by X. Coqueret ( Univ. des Sciences et Technologies de Lille )