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6-PHENYLHEXYLDIMETHYLCHLOROSILANE (CAS NO. 97451-53-1)
Specifications
Highlight:
High Precision 6-phenylhexyldimethylchlorosilane
,283.9 g/mol 6-phenylhexyldimethylchlorosilane
,cas 97451-53-1
Meltingpointrange:
<0°C
Molecularweightrange:
169.9 - 283.9 G/mol
Chemicalformula:
C14H23CISi
Productname:
6-Phenylhexyldimethylchlorosilane
Appearance:
Clear Liquid
Density:
0.942
Boilingpointrange:
132 - 133°C/1.5 Mm Hg
Flash point:
>110°C
Key Attributes
Brand Name:
SISO
Model Number:
97451-53-1
Place of Origin:
China
Payment Terms:
T/T
Product Description
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 the thermal and chemical stability of protected intermediates. It is suitable for selective protection of hydroxyl and amino groups in complex natural products, carbohydrate derivatives and high-purity pharmaceutical intermediates. The protecting group can be cleanly removed under mild acidic conditions without damaging the substrate skeleton, providing higher synthesis tolerance and product purity.
2. High-Order Hydrophobic Modifier for Inorganic Material Surfaces
Different from conventional short-chain silane modifiers, this long-chain phenylalkyl chlorosilane can form highly ordered and densely arranged hydrophobic films on the surface of silica powder, glass, quartz, ceramics and metal oxides. The synergistic effect of flexible long alkyl chain and rigid phenyl group endows the modified surface with excellent hydrophobicity, high temperature resistance, UV aging resistance and solvent resistance. It optimizes the interfacial compatibility between inorganic fillers and polymer matrices, eliminates filler agglomeration and interfacial delamination, and greatly improves the hardness, wear resistance and long-term weatherability of coatings and composite materials.
3. Special Derivatization & HPLC Stationary Phase Bonding Reagent
Benefiting from its long-chain ordered structure and aromatic retention characteristics, this reagent is widely used for surface bonding modification of chromatographic silica gel. It can effectively shield the polar hydroxyl groups on the silica surface, reduce residual adsorption, and construct high-performance reversed-phase chromatographic stationary phases. The introduced phenylhexyl functional groups provide excellent aromatic selectivity and separation resolution for polar compounds, polycyclic aromatic hydrocarbons and organic isomers. It can also be used for silylation derivatization of high-polarity substances such as carbohydrates and polyols to improve GC and GC-MS detection accuracy.
4. High Weather Resistance Aromatic Modified Organosilicon Intermediate
This reagent serves as a key functional intermediate for the synthesis of long-chain phenylalkyl modified silicone oil and weather-resistant silicone resin. The coexistence of flexible long alkyl chain and rigid phenyl structure enables the synthesized organosilicon materials to possess excellent low-temperature fluidity, hydrophobicity, high-temperature stability and UV resistance. Compared with short-chain phenyl silicone materials, it exhibits better film-forming uniformity, interfacial adhesion and mechanical stability, and is widely used in outdoor high weather-resistant coatings, anti-corrosion materials and high-performance composite additives.
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