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Epoxy Adhesive Curing Kinetics and Interface Bonding Mechanism: A Technical Review
Epoxy Adhesive Curing Kinetics and Interface Bonding Mechanism: A Technical Review
[Introduction]Epoxy adhesives are structural adhesives based on epoxy resin cured with amine, anhydride, or catalyst hardeners. They are widely used in aerospace structural bonding, electronic packaging underfill, automotive composite joining, and wind blade manufacturing because of their high bond...
Literature
09-22
2026
Adhesive Industry New Technology: Selection Guide and Market Trends 2026
Adhesive Industry New Technology: Selection Guide and Market Trends 2026
1. IntroductionThe global industrial adhesive market is undergoing rapid transformation driven by environmental regulations, electrification, and intelligent manufacturing. This article provides a comprehensive selection guide for UV-curable and PUR reactive hot melt adhesives, combined with 2026 ma...
Literature
09-22
2026
UV and PUR Adhesives in Electronics, Automotive and Packaging: 3 Case Studies
UV and PUR Adhesives in Electronics, Automotive and Packaging: 3 Case Studies
1. IntroductionThe industrial adoption of UV-curable and PUR reactive hot melt adhesives is best demonstrated through real-world application case studies. This article presents three detailed case studies covering smartphone camera module UV adhesive assembly, electric vehicle battery pack PUR seali...
Literature
09-22
2026
Adhesive Industry New Technology: UV Curing and PUR Chemistry Mechanism
Adhesive Industry New Technology: UV Curing and PUR Chemistry Mechanism
1. IntroductionThe global adhesive industry is undergoing a significant technology shift driven by environmental regulations, automation demands, and performance requirements. UV-curable adhesives and polyurethane reactive (PUR) hot melt adhesives have emerged as the two most important low-VOC adhes...
Literature
09-22
2026
RFNC Resin-Free Color Paste Selection Guide and Automotive Market Trends 2026
RFNC Resin-Free Color Paste Selection Guide and Automotive Market Trends 2026
1. IntroductionSelecting the right resin-free color paste is critical to automotive coating quality, cost, and compliance. This article provides a practical selection guide across OEM topcoat, refinish, and plastic coating segments, and reviews 2026 market trends driven by low-VOC regulations and EV...
Literature
09-21
2026
RFNC Resin-Free Color Paste in Automotive Exterior Coatings: 3 Case Studies
RFNC Resin-Free Color Paste in Automotive Exterior Coatings: 3 Case Studies
1. IntroductionRFNC resin-free color pastes have been adopted across a wide range of automotive exterior coating applications. This article presents three real-world case studies covering automotive bumper coatings, wheel hub metallic topcoats, and door panel interior decorative paints. Each case in...
Literature
09-21
2026
RFNC Resin-Free Color Paste Technology: Dispersion Chemistry and Compatibility Design for Automotive
RFNC Resin-Free Color Paste Technology: Dispersion Chemistry and Compatibility Design for Automotive
1. IntroductionRFNC resin-free color paste is a highly concentrated pigment dispersion containing no film-forming resin, designed for automotive OEM coatings, refinish paints, and plastic component coatings. Unlike conventional color pastes that contain 5-15% pre-mixed resin, RFNC pastes consist onl...
Literature
09-21
2026
PUE Color Paste Selection Guide and Market Trends 2026
PUE Color Paste Selection Guide and Market Trends 2026
1. IntroductionSelecting the right PUE (polyether polyol-based) color paste is critical to polyurethane (PU) product quality, production efficiency, and compliance. With the global PU color paste market projected to grow from RMB 2.8 billion in 2025 to RMB 3.6 billion by 2028 (CAGR ~8.5%), buyers fa...
Literature
09-20
2026
PUE Color Paste in PU Process Innovation: 3 Case Studies
PUE Color Paste in PU Process Innovation: 3 Case Studies
1. IntroductionPUE (polyether polyol-based) color pastes have enabled a new generation of high-efficiency, low-VOC polyurethane (PU) processing technologies. As automotive, footwear, and furniture manufacturers demand shorter demold times, consistent color quality, and zero solvent emissions, PUE pa...
Literature
09-20
2026
PUE Color Paste Technology: Polyol Binder Chemistry and PU Coloration Mechanism
PUE Color Paste Technology: Polyol Binder Chemistry and PU Coloration Mechanism
1. IntroductionPUE (Polyether polyol-based) color pastes are pigment dispersions manufactured using polyether polyol as the carrier resin, specifically engineered for in-situ coloring of polyurethane (PU) systems. Unlike conventional solvent-borne color pastes, PUE pastes use the same polyol chemist...
Literature
09-20
2026
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