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Ionic Adsorbents for High-Reliability Electronic Encapsulation

Ionic Adsorbents for High-Reliability Electronic Encapsulation Controlling Ionic Impurities in Sensitive Electronic Materials Modern electronic devices depend on increasingly compact circuits, finer conductive pathways and high-performance encapsulation materials. As electronic components become smaller and more complex, even trace levels of ionic impurities can create long-term reliability risks. Ions such as sodium, chloride and bromide may originate from raw materials, catalysts, fillers, processing aids or environmental contamination. Under heat, humidity and electrical bias, these mobile ions can migrate through a resin or adhesive system and contribute to corrosion, insulation deterioration and electrical failure. Ionic adsorbents are designed to selectively capture undesirable

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Selective Solar Management for Architectural Window Films

Application of Infrared-Blocking Agents for Optical Clarity, Thermal Control, and Long-Term Durability Abstract Architectural window films are designed to reduce solar heat gain while maintaining natural daylight, visual transparency, and indoor comfort. In practical formulation and coating development, however, improving infrared-blocking performance may also lead to reduced visible light transmittance, increased haze, color deviation, coating temperature rise, dispersion instability, and reduced outdoor durability. The application of an infrared-blocking agent should therefore not be evaluated solely by the infrared rejection measured at a single wavelength. Product development should consider the complete solar spectrum, nanoparticle dispersion, resin compatibility, coating thickness, glazing configuration,

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Infrared Blocking Materials: A Science-Based Approach to Transparent Heat Insulation

Infrared Blocking Materials: A Science-Based Approach to Transparent Heat Insulation 紅外線阻隔材料:透明隔熱應用中的科學化材料方案 Why Infrared Blocking Matters In modern buildings, vehicles, and functional films, one of the key challenges is how to reduce heat from sunlight without sacrificing transparency. Sunlight contains ultraviolet, visible, and near-infrared radiation. Recent studies on energy-saving coatings point out that near-infrared radiation accounts for a significant portion of solar heat, and ordinary glass lacks spectral selectivity because it allows both visible light and near-infrared light to pass through. Therefore, transparent heat-insulation materials need to selectively block near-infrared radiation while maintaining high visible light transmittance. This is exactly the

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Shanghai Langyi Functional Materials Accelerates Innovation to Support Global Advanced Materials Industry

As global industries continue to pursue sustainable manufacturing, advanced polymers, and high-performance functional materials, Shanghai Langyi Functional Materials Co., Ltd.*is strengthening its commitment to technological innovation and international cooperation. Founded in 2010, Langyi has developed into a technology-driven enterprise integrating research and development, manufacturing, and global marketing. With R&D and production bases in Shanghai and Shandong, the company focuses on delivering specialty functional additives and differentiated material solutions across the industrial value chain. Langyi’s product portfolio covers a broad range of advanced functional materials, including anti-hydrolysis additives, chain extenders, infrared reflective materials, antibacterial additives, ion adsorbents, water-based curing agents, and other

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