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09/29
2025
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.
09/22
The secret behind silicone's "anti-aging" ability: How does it withstand the "erosion" caused by ultraviolet light and oxygen?
After being exposed to summer sunlight, prolonged contact of electronic component coatings with air, and repeated cycles of temperature changes in kitchen appliance seals, some materials begin to crack and harden within just a few months—yet silicone products retain their performance stability for years. At the heart of this remarkable difference lies silicone's unique ability to resist aging, effectively shielding itself from the relentless attack of UV rays and oxygen over time. In this article, we’ll break down the core principles behind silicone’s exceptional anti-aging properties, presented in straightforward technical language.
A Complete Guide to Liquid Silicone Rubber Models!
As a high-performance elastomer material, liquid silicone rubber boasts exceptional properties: outstanding resistance to extreme temperatures, radiation, aging, and weathering; excellent flame retardancy with non-toxic combustion byproducts; superior tear resistance, minimal compression set, and remarkable electrical insulation as well as conductivity. Additionally, it is odorless, tasteless, and exhibits strong mechanical integrity along with outstanding processability. Moreover, its performance can be further enhanced through the addition of specialized modifiers to achieve even more tailored characteristics.