Siliciumhalogeniden
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Chlorodimethylphenylsilane (CAS nr. 768-33-2)
1. High-activity Silylation Functional Reagent This product is a high-reactivity chlorosilane functional monomer containing phenyl and dimethyl structure. The active silicon-chlorine bond can efficiently react with hydroxyl, carboxyl, amino and other active hydrogen groups under mild conditions to complete silylation modification and group protection. It is widely used in fine organic synthesis and chemical intermediate derivation. 2. Phenyl-modified Silicone Polymer
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Trichlooroctadecylsilaan
(CAS NO.112 -04 -9) 1. Long-chain Alkyl Silicone Polymer Synthetic Monomer This product is a high-activity trifunctional long-chain alkyl chlorosilane with three hydrolyzable Si-Cl reactive sites and stable saturated octadecyl linear alkyl segments. It can undergo uniform hydrolysis and polycondensation reaction to synthesize high-stability long-chain alkyl modified silicone resin and polysiloxane polymers. It effectively improves the lipophilicity, film-forming property and
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TRI-CONTYLDIMETHYLCHLOROSILANE (CAS-nummer 70851-52-4)
1. Ultra-long Alkyl Modified Silicone Synthetic Monomer This product is a high-stability monofunctional alkyl chlorosilane with ultra-long triacontyl saturated alkyl chain and dimethyl silicone structure. It can undergo controllable hydrolysis and graft copolymerization to introduce ultra-long hydrophobic alkyl segments into silicone molecular chains. It significantly improves the lipophilicity, high-temperature lubricity and anti-crystallization performance of conventional
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Chlorodimethyl ((3-phenylpropyle) silane (CAS-nr. 17146-09-7)
1. Rigid-flexible Composite Modified Silicone Monomer This product is a high-activity monofunctional aromatic chlorosilane with a unique 3-phenylpropyl rigid-flexible composite structure. It integrates the rigid benzene ring segment and flexible alkyl chain structure, and can be grafted and copolymerized with silicone monomers via hydrolytic condensation. It effectively balances the rigidity and flexibility of traditional silicone materials, significantly improving the
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6-FENYLHEXYLDIMETHYLCHLOROSILANE (CAS-nummer 97451-53-1)
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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BUTYLCHLORODIMETHYLSILANE (CAS-nummer 1000-50-6)
1. Functional Group Protection in Organic Synthesis As a silicon-based protecting reagent with moderate stability, butylchlorodimethylsilane compensates for the deficiencies of conventional silylating agents, including the facile hydrolysis of trimethylsilyl (TMS) groups and the high steric hindrance-induced low reactivity of tert-butyldimethylsilyl (TBS) groups. It is specially applied for the hydroxyl protection of complex natural products, pharmaceutical intermediates and
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4-fenylbutyldimethylchlorosilaan (CAS-nr. 32328-67-9)
This compound is a structurally modified derivative of conventional alkyldimethylchlorosilanes. It introduces a rigid phenyl group at the terminal skeleton of n-butylchlorodimethylsilane while preserving the highly reactive Si-Cl bond. Combining the flexible hydrophobicity and excellent film-forming performance of alkylsilanes with the high-temperature resistance, UV stability, solvent resistance and structural rigidity of phenylsilanes, this reagent overcomes the inherent
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BIS(TRICHLOROSILYL)METHAAAN (CAS-NR. 4142-85-2)
1. High-Density Cross-Linked Inorganic Siloxane Coating Precursor Bis(trichlorosilyl)methane is a high-activity dual-core bridged chlorosilane monomer with six reactive Si-Cl bonds. It can undergo rapid hydrolysis and self-crosslinking under ambient moisture conditions to construct a dense three-dimensional Si-O-Si inorganic network. Compared with conventional monofunctional silane modifiers, it achieves extremely high crosslinking density, effectively improving coating
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(3-CYANOPROPYL) DIMETHYLCHLOROSILANE (CAS-nummer 18156-15-5)
1. High-Polarity Interfacial Adhesion Enhancer for Composite Systems (3-Cyanopropyl)dimethylchlorosilane is a monofunctional polar chlorosilane featuring a reactive Si-Cl terminal and aliphatic cyano functional group. The high-polarity cyano group possesses strong molecular dipole effect and hydrogen-bonding interaction capability, which can effectively improve surface wettability and interfacial bonding strength between inorganic substrates and high-polarity polymer matrices
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Trichloro ((6-phenylhexyl) silane (CAS-nummer 18035-33-1)
1. High-efficiency Silylation & Surface Grafting Reagent This product is a high-activity trifunctional chlorosilane containing long-chain phenylalkyl structure. The three reactive Si-Cl bonds can undergo rapid hydrolysis and condensation reactions with hydroxyl groups on inorganic substrate surfaces, enabling covalent grafting modification. The integrated phenyl and long alkyl chain endows material surfaces with stable chemical resistance and hydrophobic properties, which is
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P-TRICHLOROSILYLBIPHENYL (CAS-NR. 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-BIPHENYLDIMETHYLCHLOROSILANE (CAS-nummer 41081-31-6)
1. High-refractive-index Optical Silicone Monomer This product is a high-performance aromatic chlorosilane with rigid biphenyl conjugated structure and active Si-Cl reactive groups. It can undergo hydrolysis and polycondensation to introduce high-rigidity biphenyl segments into silicone polymer chains. It effectively increases the refractive index and light stability of silicone materials, serving as a core monomer for preparing high-transparency optical silicone films,
