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Applications of PSPI in Semiconductors and OLEDsIn the semiconductor industry, PSPI can be used for wafer passivation and stress relief layers. Negative-develop PSPI can form films ranging from severa...

Photosensitive polyimide (PSPI) combines the excellent heat resistance, mechanical properties, and electrical insulation of polyimide with photolithographic patterning capabilities. By introducing pho...

For a long time, improvements in integrated circuit performance have relied primarily on Moore’s Law, which states that the number of transistors that can be accommodated on an integrated circuit dou...

Functional Mechanism and Technical Advantages of the Si-BARC Silicon-Based Anti-Reflection CoatingSi-BARC (Silicon-Based Anti-Reflection Coating) serves as the central functional layer in a three-laye...

Against the backdrop of continuous scaling in advanced semiconductor processes, 193 nm immersion lithography has long supported the mass producti...

In the fields of semiconductor and micro-nano manufacturing, lithography technology is the cornerstone that defines the precision structures of chips and optical devices. While EUV and DUV lithography...

As semiconductor process nodes advance to 7 nm and below, the difficulty of fabricating nanoscale patterns has increased significantly due to the limitations of traditional DUV and EUV lithography—na...

Display technology is rapidly evolving toward wider color gamuts, higher resolutions, and smaller pixel sizes. Traditional phosphors and organic dyes struggle to meet these demands due to their broad ...

Humidity sensors are core components in environmental monitoring, industrial manufacturing, flexible electronics, and the aerospace sector. Polymer-based humidity-sensitive sensors have become a hot t...

Humidity sensors are core components in environmental monitoring, industrial manufacturing, flexible electronics, and the aerospace sector. Polymer-based humidity-sensitive sensors have become a hot t...