অস্যাচুরেটেড হাইড্রোকার্বন সিলান চীন থেকে প্রস্তুতকারক

অস্যাচুরেটেড হাইড্রোকার্বন সিলান

1,1'-[(1,1,5,5-টেট্রামেথিল-3,3-ডিফেনিল-1,5-ট্রিসিলোক্সানেডাইল)ডি-3,1-প্রোপ্যানেডাইল]2-মিথাইল-2-প্রোপেনোয়াট （CAS নং 1581235-15-5 ）

1. High-temperature Resistant Silicone Polymer Intermediate This diphenyl trisiloxane monomer features rigid phenyl side groups and stable Si-O-Si backbone, possessing excellent high-temperature thermal stability and low-temperature toughness. It serves as a key structural intermediate for synthesizing high-performance phenyl-modified silicone resins and silicone rubbers, effectively improving the thermal oxidation resistance and service temperature range of silicone polymers
4-(4-ইথেনাইলফেনাইল)-2,2,6,6-টেট্রামেথিল-4-[(ট্রাইমেথাইলসিলাইল)অক্সি]-3,5-ডাইক্সা-2,4,6-ট্রিসিলাহেপটেন (ক্যাস নং 18547-54-1)

1. High Refractive Index & High Weather Resistance Organosilicon Resin Monomer This vinylphenyl trisiloxane monomer integrates rigid aromatic structure and stable inorganic Si-O-Si backbone. It can be copolymerized with various vinyl monomers to prepare high-refractive-index, high-transparency and high-temperature-resistant hybrid silicone resins. The introduced phenyl group significantly improves the surface hardness, scratch resistance, UV stability and thermal oxidation
1,3-BIS(3-মেথাক্রাইলোক্সাইপ্রোপাইল)টেট্রাকিস(ট্রাইমেথাইলসিলক্সি)ডিসিলোক্সেন (সিএএস নং 80722-63-0)

1. High-performance Silicone-acrylic Copolymer Modification This product is a bifunctional silicone methacrylate monomer with double polymerizable acrylic double bonds and ultra-low surface energy disiloxane branched structure. It can participate in cross-linking copolymerization with acrylic monomers to introduce uniform and dense siloxane segments into the polymer network, greatly improving the cross-linking density, structural compactness, weather resistance and aging
(3-মেথাক্রিলক্সী-২-হাইড্রক্সাইপ্রোপক্সী)প্রোপাইলবিস ((ট্রিমেথাইলসিলক্সী)মেথাইলসিলান (CAS NO.69861-02-5)

1. Silicone Modified Acrylic Resin Modification This product is a dual-functional silicone acrylic monomer containing polymerizable methacrylic double bond and flexible trisiloxane structure. It can be copolymerized with acrylic monomers to introduce low-surface-energy siloxane segments into resin chains, significantly improving the flexibility, hydrophobicity, weather resistance and film-forming toughness of acrylic resins without affecting the basic curing performance of
3-[ট্রিস ((ট্রিমেথাইলসিলোক্সি) সিলিল]প্রোপাইল মেথাক্রাইলেট (CAS NO. 17096-07-0)

1. Silicone-modified Acrylic Resin Synthesis As a branched trisiloxane functional monomer, it undergoes copolymerization with conventional acrylic monomers to introduce high-activity siloxane segments into polymer molecular chains. It effectively improves the low surface energy, weather resistance, thermal stability and water repellency of acrylic resin materials. 2. Superhydrophobic Self-cleaning Antifouling Coatings It is widely applied in the preparation of high-performanc
৩-[১]1,1,5,5,5-হেক্সামেথাইল-৩-[(ট্রিমেথাইলসিলাইল) অক্সাই]ট্রিসিলোক্সান-৩-ওয়াইএল]প্রোপাইল অ্যাক্রিল্যাট (CAS নং ১৭০৯৬-১২-৭)

1. Low-Surface-Energy Superhydrophobic & Anti-Fouling Coating Monomer This acrylate-functional trisiloxane monomer possesses a symmetrical cage-like trimethylsiloxane structure and polymerizable acrylic double bond. It can be covalently grafted into acrylic resin systems through free radical copolymerization, endowing the coating with permanent low surface energy characteristics. Different from traditional physically blended silane modifiers, it avoids migration, precipitatio
1,1,1,5,5,5-হেক্সামেথাইল-3-[(ট্রাইমেথাইলসিল)অক্সি]-3-ভিনাইলট্রিসিলোক্সেন (CAS নং 5356-84-3)

1. Low-Viscosity High-Transparency Silicone Curing Crosslinking Precursor 1,1,1,5,5,5-Hexamethyl-3-[(trimethylsilyl)oxy]-3-vinyltrisiloxane is a high-purity branched vinyl-functional trisiloxane with fully methyl-substituted inert skeleton and single-site vinyl active group. The ultra-low viscosity molecular structure provides excellent melt fluidity and uniform dispersion performance, while the single vinyl group achieves precise and controllable crosslinking via platinum
3-[[ডাইমেথাইল(ভিনাইল)সিলাইল]অক্সি]-1,1,5,5-টেট্রামেথিল-3-ফেনাইল-1,5-ডিভিনাইলট্রিসিলোক্সেন (CAS NO.60111-47-9)

1. High-Temperature Resistant & High-Transparency Silicone Rubber Crosslinking Monomer This multi-functional hybrid trisiloxane possesses multiple vinyl active groups and a rigid phenyl side chain on the single molecular skeleton. The symmetric multi-vinyl structure provides high crosslinking density and uniform curing sites for platinum-catalyzed hydrosilylation reactions, enabling efficient and rapid curing of silicone rubber systems. The introduced phenyl functional

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