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10/11
2025
Why is silicone called the "flavor enhancer of industry"? Let’s explore how it "elevates" the performance of other materials.
In the field of industrial materials, there’s a special nickname—“the MSG of industry”—which doesn’t refer to a food additive at all, but rather describes silicone materials. Just as a tiny amount of MSG can enhance the savory flavor of a dish during cooking, silicones, when added in small quantities (sometimes even less than 1%) to various material formulations, can significantly address the inherent weaknesses of existing materials—or even endow them with entirely new functional properties.
From high-temperature resistance to self-lubrication, "specialty silicone" boasts superpowers!
Specialty silicone is an independently developed product designed to meet the unique performance requirements of specialized applications. It is widely used in fields such as electronics, electrical appliances, industry, aerospace, security, mother-and-baby products, and more. Thanks to its outstanding properties, specialty silicone fulfills the high demands placed on devices or consumer goods in both production and daily life, playing an irreplaceable and critical role.
09/29
Have you heard a lot about organic polymer materials—well, are you familiar with their inorganic counterparts? Introducing polydisilazane, the undisputed "top player" in the ultra-high-temperature coating industry!
Its molecular backbone is composed of Si-N bonds, which have small bond angles, causing the molecules to "pull" tightly against each other. This makes it difficult for the molecular chains to coil into rings, and consequently reduces the likelihood of disruptive side reactions like rearrangements during the polymerization process.
09/25
What is "modified silicone"? Common methods for "upgrading" silicone and their practical applications
Silicone, renowned for its exceptional properties such as resistance to extreme temperatures, aging, and excellent insulation, is widely used across various industries—including industrial, electronic, and medical fields. However, pristine silicone isn’t without its limitations: for instance, pure silicone rubber exhibits poor adhesion, silicone oil struggles with compatibility against polar materials, and silicone resins tend to cure rather slowly. To make silicone more versatile for complex applications, the industry has developed "modified silicone" technology—chemically or physically tweaking its molecular structure to equip silicone with "new skills," thereby addressing performance gaps or expanding its functional capabilities. Today, let’s break down the core principles, common methods, and practical value of modified silicone.