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CAS:3555-47-3 | TETRAKIS(TRIMETHYLSILOXY)SILANE

CAS:3555-47-3 | TETRAKIS(TRIMETHYLSILOXY)SILANE

Molecular Formula:C12H36O4Si5
Molecular Weight:384.84
Purity:98%
Package:100g 1kg 10kg
Worldwide Delivery
Made in China

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Product Introduction

Introduction of CAS:3555-47-3 | TETRAKIS(TRIMETHYLSILOXY)SILANE

 

Tetrakis(trimethylsiloxy)silane: is an organosilicon compound with the molecular formula C12H36O4Si5 . It is commonly used as a precursor in the preparation of nanostructured organosilicon polymer films through plasma-enhanced chemical vapor deposition at atmospheric pressure . This compound is also known for its application in synthesizing low dielectric constant silicon-carbon-oxygen-hydrogen films.

 

Specification of CAS:3555-47-3 | TETRAKIS(TRIMETHYLSILOXY)SILANE

 

ITEMS

SPECIFICATION

Form

liquid

Purity

98%

Color

Colorless to Almost colorless

Storage condition

Inert atmosphere,Room Temperature

 

Research Application of CAS:3555-47-3 | TETRAKIS(TRIMETHYLSILOXY)SILANE

Material Science

In material science, tetrakis(trimethylsilyloxy)silane has been explored for its potential in creating polymers and films. It contributes to the synthesis of terminal Si–H irregular tetra-branched star polysiloxanes, which are further used to produce crosslinked polysiloxane films through photo-acid catalyzed crosslinking, demonstrating its utility in developing advanced materials with potential applications ranging from coatings to electronic devices (Cai & Weber, 2004).

Nanotechnology

The confinement of tetrakis(trimethylsilyloxy)silane within nanometer spaces between atomically flat opposing mica membranes to study its electron density profile provides insights into the behavior of molecular liquids under extreme confinement. This research is vital for understanding the physical properties of liquids at the nanoscale, which has implications for the design of nanofluidic devices and the study of confined liquid phases (Perret et al., 2009).

Advanced Synthesis Techniques

Further, its role in facilitating the synthesis of polysilanyl anions and dianions via the reaction with potassium alkoxides highlights its utility in organometallic chemistry. This process allows the preparation of cyclic and bicyclic polysilanes, including heterocyclic compounds, showcasing the compound's versatility in synthesizing complex organosilicon structures with potential applications in materials science and catalysis (Marschner, 2006).

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