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01/08
2026
The “soft and hard” approach of silicone: Commonalities and differences among elastomers, resins, and oils
When you think of silicone, you might picture the silky silicon oils in skincare products, the soft silicone used for phone cases, or the high-temperature-resistant coatings on oven interiors—products that seem vastly different in both appearance and texture yet all belong to the same “family.”
01/07
Addition- vs. Condensation-Type Silicones: Differences in Reaction Mechanisms and Key Considerations for Product Selection
In the application of silicone products, you might encounter this question: Why do some silicon rubbers cure without any odor and don't produce small molecules, while others emit an alcohol-like smell?
Silicone Resin: More Than Just an “Adhesive”—A Core Role in High-Temperature Coatings
When silicon resin is mentioned, many people’s first impression is “a highly adhesive bonding agent”—after all, it’s far too common in applications such as bonding electronic components and architectural sealing. Yet few realize that silicon resin’s real “trump card” lies in its pivotal role as a core component in high-temperature-resistant coatings.
12/22
2025
Silane Coupling Agent Four-Step Selection Guide: Precisely Match the Model
In numerous fields—including composite materials, coatings, adhesives, and plastic modification—silane coupling agents serve as crucial “finishing touches”—they bridge the gap between inorganic substrates and organic materials, significantly enhancing interfacial adhesion, improving material compatibility, and boosting weather resistance. However, the market offers a wide variety of silane coupling agent formulations; categorized by functional groups, there are dozens of types, such as amino, epoxy, vinyl, and methacryloxy groups. Choosing the wrong formulation not only fails to deliver the desired effect but can also lead to reduced product performance and unnecessary cost waste.