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Automotive & Industrial

• High Performance Drying and Thermal Processing within Seconds | #197
• NIR-Technologie – ein neuer Ansatz für thermische Prozesse bei der Verpackung von Pharmaprodukten | #166
• Spot Repair mit NIR | #127

Coil Coating and Steel

• aLITE-Technology – Fully Electro-Thermal Surface Processing and no CO2-Emissions | #348
• Effects of Highly Absorbing Pigments on Near Infrared Cured Polyester/Melamine Coil Coating | #342
• Effects of highly absorbing pigments on near infrared cured polyester/melamine coil coatings | #328
• Zero CO2-Emissions with high Energy Saving Potential | #316
• Electro-thermal Driers Allow Zero CO2-Emission Operation with Additional Large Potential of Energy Reduction in Coil Coating | #308
• Advancements in Thermal Drying Processes; Can Further Efficiency be Achieved? | #230
• Alternative Changes and Strategies for Energy Savings with New Compact Coil Coating Concepts | #227
• Coil Coating für kleine Lose | #225
• New Supply Chains and New Opportunities for Coil Coaters to Gain Market Share of Post-Painted Complete Good | #224
• CO2-freie organische Bandbeschichtung bis 2020 | #219
• New Opportunities, Added Value and Lower Cost Coil Coating with Strong Reduced Emissions | #216
• CO2-Free Coil Coating – Naive Dream or Realistic Scenario? | #208
• Organic Color Coating of Stainless Steel | #207
• Novel Approaches in NIR-Curing Technology | #206
• Inline-Bandbeschichtung on Demand - Bandprozesse in einem Fluss | #202
• Vergleich der Trocknungstechnologien bei Bandbeschichtungen/ Evaluation of Drying Technologies in Coating Application | #200
• Clean Technologies in Coil Coating – Present and Future Advances | #194
• Coats of Many Hues and Roles | #193
• New Innovative Powder Coating Technology for Coil Coating! | #192
• Green Solutions in Coil Coating –Can it be affordable as well as profitable? | #191
• Ultraschnelle Heizung, Trocknung und Vernetzung in der Behandlung | #190
• New Process Integrated in Galvanizing Line - Added Value Grants Future Success! | #189
• Technische Konzepte für Bandbeschichtungsverfahren in Compact Coil Coating Anlagen | #188
• Strategies for Cutting Production Costs in Coating Lines | #187
• Reticulation of Coatings for Coil-Coating in NIR-Ovens | #186
• Trocknen im Schnelldurchgang | #185
• Inline Bandbeschichtungen gehört die Zukunft | #184
• Metallurgica Marcegaglia Hot Dip Galvanizing Lines with Inline Painting | #183
• New Solutions in Coil Coating Production | #182
• Gaining Money in Crisis – Replacement and Modernization Investments in Coil Processing Lines for Reduced Operation Cost | #181
• New Changes for Success even in Crises – Technological Opportunities for Cost Savings and Efficiency Increase in Strip Processing | #180
• Essential Cost Saving Opportunities to Earn Money in Crisis | #179
• Kompakte Bandbeschichtungsanlagen für Effektlackierung und tiefziehfähige Grundierung „Technische Konzepte für Bandbeschichtungsverfahren in Kompaktanlagen“ | #178
• Kompakte Bandbeschichtungsanlagen für Effektlackierung und tiefziehfähige Grundierung „Einführung und Überblick“ | #177
• NIR-Based Integrated Modular Solutions for CCL`s – Energy Savings, Ecological Friendly and Reduction of Conversion Costs in Organic Coil Coating | #176
• The Science of Near Infra-Red Curing | #175
• NIR for Electro Coatings | #174
• Application Potential of NIR-Technology in Coil Processing Lines | #173
• Integrated Modular Solutions for Colour Coating Lines | #172
• The Coupled Galvanising and Painting Line at Marcegaglia Ravenna | #171
• Cost Drivers in Coil Coating – Most expected, mostly unexpected and partially even unknown | #170
• Instant Curing – Near-infrared technology can substantially improve production line efficiencies by reducing curing times to mere seconds | #169
• NIR Cost Drivers in Coil Coating – Most Expected, Most Unexpected and Mostly Unexpected Ones! | #168
• Colour Coating on Demand – A Dream Comes True | #167
• Jupiter Aluminum Pioneers NIR InfraRed | #165
• Raumfahrttechnologie ermöglicht ultimative Vernetzungsprozesse bei der Bandbeschichtung | #164
• NIR-Technology – ultra fast drying in metal processes | #163
• Ultra-fast curing technology for coil coating | #162
• Colour Coating on Demand – Coil Coating has been changed now? | #161
• Nir changes today’s coil processes – technology overview and actual experience outline | #160
• New, Econmic Coil Coating Lines Utilising NIR-Drying Technology | #159
• Added value and new markets with inline coating in galvanising lines | #158
• “One, two ... cured!“ Space technology provides ultimate cure, Becker Germany invests in NIR-lab equipment! | #157
• New Opportunities for Inline Paint Applications in Galvanizing Linese | #156
• ”Coil Coating on Demand” – Farbbeschichtungsanlage in der Größe eines Wohnzimmers | #155
• Coil Coating on demand – a colour coating line fitting in a living room | #154
• New Concept of high ecological but also economical curing and thermal solvent treatment for today’s and future organic coatings | #153
• New Opportunities for Organic In-line Paint Applications in Galvanizing Lines | #152
• Mit NIR-Technologie schnell und platzsparend trocknen | #151
• Inline Paint Solutions in Galvanising Lines, New Opportunities, New Applications, New Markets | #150
• _ _ _ nir?- Drying [&] Curing: How to save money in color coating operations | #149
• International Coil Community met at Munich 5th _ _ _nir? - Coil Coating symposium held at AdPhos | #148
• Ultra Fast _ _ _nir? - Drying and Curing Technology- What makes _ _ _nir? - Systems Stand Out in the Coil Process? | #147
• Einsatzmöglichkeiten der NIR – und Induktionstechnologien für thermische Metallprozesse und die Behandlung von organischen Beschichtungen in Bandanlagen | #146
• How to save energy costs with the NIR¹ - Technology in coil coating processes | #145
• Inline-Beschichten in Bandverzinkungsanlagen | #144
• NIR-Booster Solutions – Payback within 12 Months! | #143
• NIR-Technology – New Opportunities for Metal Processing and Metal Coating Lines | #142
• Kembala Lines (Bluescope Steel) | #141
• Technological Be´s and Can´t Be´s in Coating Processes – Visions become real! | #140
• Blechlackierung mit innovativer NIR-Trocknung | #139
• Coil Coating für organische Beschichtung | #138
• NIR-Trockner für Coils im Einsatz | #137
• Korrosionsschutzprimer für Automobilblech | #136
• Potential Use for Innovative Near Infraread-Drying/Curing in Coil Coating Technology | #135
• NIR-Technology – An Innovation in Coil Coating | #134
• NIR-Technology – New Application Potential in Galvanizing Lines | #133
• NIR-Technology – Novel Potential use in Coil and Coating Lines | #132
• Coils mit NIR Platz sparend trocknen | #131
• NIR-Anlage für Bandaufheizung (Hydro) | #130
• Stahlrunde | #129
• Einsatzpotential der NIR-Technologie in Bandanlagen | #128
• Pressemitteilung 4. NIR-Symposium, Galvanotechnik, Februar 2003, 94. Band | #126
• Near-infrared curing | #125
• Strip coatings dried in Seconds | #124

Graphic Arts

• High Performance and Efficient IJ-Printing in Packaging – What Makes the Difference? | #345
• aLITE-Plattformtechnologie zum energiesparenden und CO2-neutralen Trocknen und Fixieren (only in German available) | #344
• Turning Point Towards Sustainalbe Drying (published in German Language: Zeitenwende hin zur nachhaltigen Trocknung) | #343
• aLITE-Processing – Game Changer für (Pre-/Post) Print Prozesse im Verpackungsbereich (nur in Deutsch verfügbar/only in German available) | #340
• Functional Coatings in Combination with NIR Drying | #339
• Multi-layer-coating for conductive textiles with drying via NIR-Technology Multi-Layer-Beschichtung für leitfähige Textilien mit Trocknung über NIR-Technologie | #336
• Saving energy and CO2 emissions with electrothermal drying systems | #334
• Want more performance, quality and no CO2-emissions – aLITE® - thermal Processing! | #333
• Advanced NIR (aNIR) drying technology: - A game changer for industrial printing and coating processes but what makes aNIR so special? | #331
• What means drying: What is necessary to get a proper “dried” product? | #330
• Pre- and Post-Print Processing with Infrared Based Driers – Working Principles, Performance and Limitations | #329
• Saving energy and CO2 emissions with electrothermal drying systems - benchmark comparison with gas convection dryers for the decor sector | #327
• New Developments in Multi-Layer Coating for Conductive Textiles with Interim Drying Via NIR-technology and Associated Power-Supply | #326
• Electroluminescent Textiles for Home Interior Decoration | #324
• Possibilities for Future Efficiency Enhanced and CO2 Reduced Printing in Décor and Packaging Applications | #323
• Energy and CO2 Reduction Potential with Electro-Thermal Drying Technology – Benchmark Study with Gas Convection Driers | #320
• Inkjet Printing on Plastic | #317
• Pre- and Post-Processing Challenges for Water-Based Inkjet Printing on Packaging and Explores the Limitations Currently Impeding its Progress in Certain Sectors | #315
• aNIR-drying solutions for flexo- and gravure printing | #314
• A new wind blows in - A new drying technology is claiming to deliver improved productivity, enhanced print quality and energy efficiency with zero CO2 emissions | #313
• Coatings drying with advanced aNIR-Technology | #312
• Energy-Efficient Drying Technology for Textile Manufacturing | #311
• NIR Drying Reducing Energy Needed and Reducing CO2-Output | #306
• CO2-Tax – How it Effects Gravure Printing | #305
• Layer Morphology and Ink Compatibility of Silver Nanoparticle Inkjet Inks for Near-Infrared Sintering | #304
• Technical Blog, NIR drying system increase printing speed by 60% | #303
• Unknowns, Misleadings and Misconclusions – Several Facts Must be Considered for InkJet Processing | #302
• Drying of Water Based InkJet Printing Processes | #299
• Drying, Pre- and Post-Processing of InkJet Printing with Infrared Technologies | #298
• “aNIR – Enabler for Pre/Post InkJet Processing” | #279
• NIR-Technology an Enhancer in Gravure and Flexo Printing for Décor and Packaging | #278
• Enhances of aNIR-Drying in Textil Printing Applications | #277
• NIR-Technology – Enabler for High Performance InkJet Printing in Packaging & Decorative Applications | #274
• High-Performance Solution not Only for Drying ink | #271
• High-Performance Instantaneous Drying for Coatings in Paper Finishing Lines | #270
• aNIR- Technology an Enhancer for InkJet Post-Proccessing | #269
• Was macht NIR-Trocknung so speziell? | #267
• aNIR an Enabler for New Digital Production Concepts in Packaging | #266
• aNIR Technology an Enabler for Instantaneous Post Printing Processes | #265
• aNIR Technology – Drying at the Speed of Light | #264
• Innovative Drying Technology for Water and Solvent Based Inks and Coatings | #263
• How to Overcome the Limitations of InkJet Printing | #262
• Instantaneous and Low Thermal Stress Inkjet Post-Processing | #261
• aNIR-Drying Technology for Instantaneous Setting, Drying and Fixation of Textile Printing Applications | #259
• High Performance Instantaneous Drying Solutions for Coatings in Paper Finishing Lines | #258
• Comparison of Systems | #257
• Paper and Ink Characteristics – Spectral Absorption | #256
• Principles of Wetting & Setting, Absorption in Porous & Non-Porous Media | #255
• Introduction | #254
• Improving Speed and Print Quality in Digital Textile Printing | #253
• Ultrafast Heating for Accelerated 3d-Manufacturing Cycles | #252
• adphosNIR® – Solutions, Case Studies and Benefits in Functional InkJet Printing Application | #250
• adphosNIR® Based High Performance Drying – Drying can Decisively Determine the Print Quality and Print Performance | #249
• Trying to Overcome the Misleading and Misunderstanding of Drying in InkJet Processes | #248
• Instantaneous Drying of Textile Printing Process with adphosNIR®-Technology | #246
• How to Avoid Wavy Substrates in Digital Printing | #245
• Understanding the Ink Drying Process and Its Impact on Print Performance? | #244
• Why can an Inkjet Product Smear – Even Though it is Fully Dried? | #243
• Optimized Drying and Curing Processes for New Functional Products | #242
• Wetting, Setting and Fixation Mechanisms of InkJet Dryer and How Dryer can Substantially Effect Print Quality and Performance | #241
• Instantaneous Drying and Photonic NIR-Curing | #240
• Who needs drying technology? | #239
• IMI – Focusing on Inkjet – Presses! How Print Quality and Performance is Influenced by Ink Wetting to Ink Fixation in Digital Presses | #238
• Der Zusammenhang zwischen Trocknung und Qualität im InkJet Druck/The correlation between the drying process and quality in InkJet printing | #233
• Improving Image Quality! What Happens after your Inkdrop Reaches the Substrate? | #232
• Setting, Drying and Fixation Process for InkJet Applications - Todays High Performance Solutions, Planned Enhancements for Future Trends | #229
• Trocknung mit nichtionisierender Strahlung | #228
• High Performance Drying Technology | #226
• Efficiency, Ecology and Economy in Inkjet Drying | #221
• Wet and Dry A Comparative Review of Water Based Inkjet Drying Technologies | #215
• I/J Manufacturers’ Dream Supplier | #214
• The Feasible Production of Integration Printed Electronics into Commercial Graphic Printing | #213
• High Performance Drying for Digital Printing | #212
• Water Based Inkjet Drying | #211
• Hybrid Printing – Drying is Key to Performance and Profit | #210
• High-Speed Drying of Coatings | #201
• Short-Wave High-Performance Drying/Kurzwellige Hochleistungstrocknung | #198
• Advanced Drying Technology for Water Based Inkjet | #196
• Wet and Dry – A Comparative Review of Water Based Inkjet Drying Technologies | #195

Printed Electronics

• aNIR (advanced Near InfraRed) Drying - A Game Changer for the Processing of Print and Coatings
• Empowering Efficient Battery Electrode Drying with BearLITE
• New Accelerated Drying of Electrode Coatings - A Game Changer in Battery Manufacturing
• Alternative Verdichtungsverfahren für nanopartikelhaltige Tinten mit digitalen Druckverfahren für planare MID -AVerdi (only in German available) | #350
• Accelerated, energy-reduced and enhanced quality – BearLITE processing for Battery electrodes production | #349
• Scalable Production of Energy Storage Systems | #347
• Near-Infrared Radiation: A Promising Heating Method for Power Bed Fusion | #346
• BearLITE® – Processing – Now Proven, Enables New Battery Manufacturing | #341
• BearLITE®-Process Game Changer for Battery Manufacturing?! | #338
• Increased Productivity for Battery Electrodes (published in German Language: Produktivitätssprung für Batterieelektroden) | #337
• BearLITE® processing – Key enabler for enhanced performance and lower costs in cell production | #332
• Performance Increase and Process Enhancements for Capacitors and Batteries Production by aLITE-Technology | #325
• adphosNIR® Photonic Drying and Curing for PE | #307
• aNIR® - A New Drying, Baking and Thermal Processing Solution – a Key Enabler for Battery Productions | #321
• Layer Morphology and Ink Compatibility of Silver Nanoparticle Inkjet Inks for Near-Infrared Sintering | #319
• aNIR-Technology – A Game Changer in Electrode Production? | #307
• New Possibilities for 3D-Printed Electronics Through NIR-Technology | #276
• Verbesserte Prozesse und neue Möglichkeiten mit NIR-Technologie | #275
• Application and Fundamentals of NIR Drying Technology | #273
• Applications of NIR-Drying Technology | #272
• aNIR Technology an Enhancer in 3D-Manufacturing Process | #268
• aNIR-Photonic Drying and Sintering of Conductive Coatings | #260
• Instantaneous Drying and Sintering of Water or Solvent Based Conductive Coatings | #251
• Influences of Near Infrared Sintering on Flexo Printed Conductive Tracks on PET and Paper Substrates | #247
• Hybrid Drying and Curing Equipment for Multi-Layer Flexible Electronics | #237
• Near Infrared Radiation as a Rapid Heating Technique for TiO2 Films on Glass Mounted Dye-Sensitized Solar Cells | #236
• Ultrafast Near-Infrared Curing of PEDOT:PSS | #235
• adphosNIR - Effective Drying and Photonic Sintering Technology for PE-Applications | #234
• Drying and Sintering - A Crucial Process Step for PE-Performance and Manufacturing | #231
• NIR Sintering for Rapid Processing of Metallic Conduction Circuits | #223
• Inkjet Printer for Printed Electronics with Photonics Curing Technology | #222
• Cost Effective Patterning of Conductors Utilizing Silver Nanoparticle Inks with Traditional Printing Processes | #220
• adphosNIR® Photonic Drying and Curing for Printed Electronics and other Functional Coatings | #218
• adphosNIR® Photonic High Performance Drying and Sintering – At an Affordable Cost | #217
• Photonic Drying and Heating Technologies for Thermal Processes in PE-Fabrication | #209
• Rapid Processing Technologies for Dye-Sensitized Solar Cells | #205
• Ultrafast Near Infrared Sintering of a Slot-Die Coated Nano-Silver Conduction Ink | #204
• Ultrafast Near Infrared Sintering of TiO2 Layers on Metal Substrates for Dye-Sensitized Solar Cells Progress in Photovoltaics | #203
• Improve Productivity and Product Quality with NIR-Drying and Heating Technology | #199

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