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Revolutionizing Coating Development: AGC Plasma's Software Suite

Developing and industrializing advanced thin-film coatings is a complex process that demands precision, predictability, and efficiency. At AGC…

Key Factors for Reliable PVD Coating Processes

Developing high-performance Physical Vapor Deposition (PVD) coatings is about more than having cutting-edge equipment—it’s about mastering every step…

Large-scale manufacturing of solid-state electrolytes: Challenges, progress, and prospects

High-Performance Ultra-Thin Lithium Metal Anode Enabled by Vacuum Coating Technology

PFAS-Free Water-Repellent Solutions for Nonwoven Fabrics and Filtration Media

How to Choose Between a Batch Coater and an Inline System

The Advantages of Rotary Targets in Sputtering Applications

Coating Development Support Services at AGC Plasma

Regulatory Trends Driving Eco-Friendly Coating Technologies

Applications of PVD and PECVD Coating Technologies - Some Case Studies at AGC Plasma Technology Solutions

Magnetron Sputtering Explained

Equipment & Industrial Processes for Functionalization of Textiles

Advanced Thin Film Coating Technologies for Electrolyzer Component Manufacturing

Mass Production of Next-Generation Thin-Film Battery Materials

Large Area Anti-Reflective Coating Manufacturing at the Lowest Cost of Ownership

High-Precision PVD Coatings for Astronomical Mirrors: Advancing Optical Performance for Next-Generation Telescopes

Advanced Anti-Reflective Coatings: Optimizing Display Clarity and Performance

Enhancing LiDAR Sensors with High-Performance Anti-Reflective Coatings

Revolutionizing Coating Operational Excellence with the New Expert System

Ion Implantation for Glass: Advanced Surface Modification for Durability and Optical Clarity