Octadecyldimethylchlorosilane: Enhancing Surfaces and Chromatography
Discover the power of long-chain silanes for superior hydrophobicity, surface modification, and chromatographic performance.
Get a Quote & SampleProduct Core Value
Octadecyldimethylchlorosilane
Octadecyldimethylchlorosilane (CAS 18643-08-8) is a pivotal long-chain silane renowned for its exceptional ability to impart hydrophobicity and serve as a crucial component in advanced material applications. Its unique structure makes it ideal for creating durable, water-repellent surfaces and as a vital element in the development of high-performance chromatographic materials.
- Explore the advantages of using silane for nanoparticle derivatization to create advanced functional materials.
- Learn how C18 chromatographic columns, powered by ODS technology, achieve superior separation.
- Understand the benefits of long-chain silane pigment dispersion for improved material properties.
- Discover the impact of silica surface modification with silanes on industrial applications.
Key Advantages Offered
Superior Hydrophobicity
Leverage the power of silane for nanoparticle derivatization to create advanced functional materials with enhanced water-repellent properties.
Chromatographic Excellence
Discover how C18 chromatographic columns, powered by ODS technology, achieve superior separation, benefiting from octadecyldimethylchlorosilane's unique structure.
Enhanced Material Performance
Understand the benefits of long-chain silane pigment dispersion for improved material properties, ensuring better integration and performance in various matrices.
Key Applications
Surface Modification
Octadecyldimethylchlorosilane is extensively used for silica surface modification, creating hydrophobic surfaces with applications ranging from protective coatings to specialized functional materials.
Chromatography
It is a critical component in the manufacturing of reversed-phase C18 chromatographic columns (ODS), offering excellent separation capabilities essential for analytical chemistry.
Nanomaterial Functionalization
This silane is employed for nanoparticle derivatization, enabling tailored surface properties for advanced applications in various fields, including composites and advanced coatings.
Pigment and Filler Treatment
Utilized for pigment dispersion and inorganic filler treatment, it significantly improves dispersibility and compatibility within polymer matrices, enhancing the final product's performance.