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11/05
2025
Understand Silicone in One Article: From Molecular Structure to a Trillion-Dollar Market—Why Can It "Penetrate" So Many Industries?
You might not have heard of the scientific name "silicone," but it has already quietly found its way into every corner of our lives: the water-resistant coating on your phone screen, the high-temperature-resistant seals in car engines, the soft, flexible material used in baby pacifiers, and even the radiation-resistant components of space satellites... Known as "the MSG of industry," this remarkable material—thanks to its unique properties—has helped create a market worth hundreds of billions, becoming an invisible yet vital pillar of the national economy. Today, we’ll break down silicone’s "code of penetration," exploring everything from its molecular structure to its global industrial landscape.
The key protective material for electronic components: How does silicone potting compound ensure stable equipment operation?
A smartphone survives a fall without freezing up, a new-energy vehicle cruises effortlessly across scorching-hot roads without a glitch, and a 5G base station maintains full signal strength even amid torrential downpours—these remarkable feats are all made possible thanks to the indispensable support of silicone potting compounds. By providing comprehensive encapsulation for electronic components, these compounds effectively shield against extreme heat, humidity, vibration, and other harsh environmental threats, making them the cornerstone material ensuring the reliable operation of electronic devices. In this article, we’ll delve into the technical principles behind silicone potting compounds, as well as their practical applications, to uncover how they safeguard device stability at its core.
10/28
Unlock new skills in powder surface treatment! How much do you know about the amazing applications of hexamethyldisilazane?
The New Favorite in the New Energy Sector: Applications and Technological Breakthroughs of Silicone Materials in Photovoltaics and Lithium Batteries
Driven by the global "Dual Carbon" goals, the new energy industry is experiencing explosive growth. Among them, photovoltaics and lithium batteries—key sectors—are seeing increasingly stringent demands on material performance. Meanwhile, organosilicon materials, which combine exceptional properties such as high-temperature resistance, weather durability, electrical insulation, and flexibility, are steadily emerging as the "critical materials" that underpin the advancement of these two industries thanks to their unique, comprehensive capabilities.