4-Sulfonic Calix[6]arene Hydrate: A Comprehensive Guide for Procurement and Application
Discover the versatile applications and chemical properties of 4-Sulfonic Calix[6]arene Hydrate (CAS 205652-55-7), a key supramolecular host. Learn why sourcing from a reliable manufacturer in China is crucial for your R&D and production needs.
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4-Sulfonic Calix[6]arene Hydrate
As a leading supplier of specialty chemicals, we offer high-purity 4-Sulfonic Calix[6]arene Hydrate. This molecule is recognized for its unique supramolecular host capabilities, making it ideal for advanced research and industrial applications. Explore its potential by purchasing from a trusted manufacturer.
- Understanding 4-Sulfonic Calix[6]arene Hydrate: Learn about its structure and function as a supramolecular host.
- Applications in Ion Extraction: Discover its utility in selectively extracting specific ions from complex solutions.
- Procurement from China: Find reliable 4-Sulfonic Calix[6]arene Hydrate suppliers for your manufacturing needs.
- Technical Specifications and Purity: Ensure the quality and consistency of the chemical for your projects.
Key Advantages for Your Research and Development
Supramolecular Host Properties
Explore the unique ability of 4-Sulfonic Calix[6]arene Hydrate to act as a host molecule, binding with other substances and forming stable complexes, crucial for developing new analytical devices.
Selective Ion Extraction
Leverage its capability to selectively extract uranium dioxide ions and other metal ions from various solutions, a valuable asset for your chemical process development.
High Purity and Quality Assurance
Source this critical chemical intermediate with confidence, knowing our commitment to high purity ensures reliable results for your demanding applications.
Diverse Applications for Chemical Innovation
Analytical Device Development
Its low detection limit makes 4-Sulfonic Calix[6]arene Hydrate a prime candidate for developing advanced analytical devices and sensing technologies.
Selective Extraction Processes
Ideal for industrial processes requiring the precise isolation of specific ions, enhancing separation efficiency.
Molecular Modeling Research
Investigate its potential in molecular modeling experiments due to its specific binding capabilities.
Specialty Chemical Synthesis
As a key intermediate, it supports the synthesis of complex organic molecules and functional materials.