"silicone oil"
- 21 Items Found-
ট্রাইমেথাইলসিলানল (টিএমএস) (সিএএস নং 1066-40-6)
1. Key Hydrolytic Intermediate for High-Purity Silicone Polymer Synthesis Trimethylsilanol is the most fundamental hydroxyl-functionalized monosilane intermediate in the organosilicon industry, possessing a single reactive silicon hydroxyl group and stable fully methylated saturated skeleton. It can undergo controllable dehydration condensation and copolymerization with various silanol monomers to construct uniform and low-defect silicone molecular networks. Different from
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পি-ট্রিচ্লোরোসিলিলিবিফিনাইল (CAS NO. 18030-61-0)
1. High-refractive-index Silicone Material Synthetic Monomer This product is a high-performance aromatic chlorosilane monomer with a rigid biphenyl conjugated structure. Compared with single phenyl silane monomers, its biphenyl skeleton has higher molecular rigidity and refractive index. It can undergo hydrolysis and polycondensation to synthesize high-refractive-index silicone resin and silicone oil, which is widely used in the preparation of optical transparent silicone
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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
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ডিবুটিল্ডিক্লোরোসিলেন (সিএএস নং 3449-28-3)
1. High-activity Silicone Synthetic Intermediate This product is a high-reactivity difunctional alkyl chlorosilane monomer with two reactive Si-Cl bonds and double butyl long-chain alkyl structures. It can undergo controllable hydrolysis and polycondensation reactions to synthesize dibutyl modified polysiloxane, silicone oil and silicone resin. The introduced long alkyl chains effectively optimize the molecular flexibility and lipophilicity of conventional silicone materials.
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ডাইথাইলাইসোপ্রোপাইলসিলাইল ট্রাইফ্লুরোমেথানসুলফোনেট (CAS NO. 126889-55-2)
1. High-Precision Silyl Protection Reagent for Complex Organic Synthesis Diethylisopropylsilyl trifluoromethanesulfonate (DEIPSOTf) is a high-activity, sterically tunable silylation reagent superior to conventional TMS and TBS protecting agents. It features moderate steric hindrance and ultra-high silylation activity, enabling highly selective protection of hydroxyl, amino and carboxyl groups in complex molecular systems under mild and anhydrous conditions. The introduced
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৬-ফেনাইলহেক্সিডাইমিথাইলচ্লোরোসিলান (CAS নং ৯৭৪৫১-৫৩-১)
1. High-Precision Functional Group Protection Reagent for Organic Synthesis As an upgraded long-chain phenyl-modified silyl protecting reagent, 6-Phenylhexyldimethylchlorosilane effectively compensates for the low stability of TMS groups and excessive steric hindrance of conventional short-chain phenyl silyl reagents. The ultra-long flexible alkyl spacer significantly reduces steric hindrance, ensuring high reaction activity while introducing rigid phenyl structure to enhance
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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
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ট্রাইক্লোরো
1. High-performance Fluorosilicone Polymer Synthetic Monomer This product is a high-activity trifunctional fluorinated chlorosilane monomer with three reactive silicon-chlorine bonds and stable pentafluorophenylpropyl functional segments. It can undergo uniform hydrolysis and polycondensation reaction to introduce high-inertness fluorinated aromatic groups into silicone molecular chains, efficiently synthesizing high-crosslinking-density fluorosilicone resins and fluorosilico
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ক্লোরোডাইমেথিল
1. Ultra-low Surface Energy Fluorosilicone Synthetic Monomer This product is a high-activity fluorinated aromatic chlorosilane monomer containing pentafluorophenyl functional structure and reactive Si-Cl bonds. It can undergo hydrolysis and copolymerization reaction to introduce high-stability perfluorophenyl segments into silicone molecular chains. It effectively reduces the surface energy of silicone materials and prepares high-performance fluorosilicone polymers with
