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CAU-23 (KAR-F38) Metal-Organic Framework Powder | CAS 2050042-88-9 | for Gas Separation & Catalysis

CAU-23 (KAR-F38) is a high-performance Metal-Organic Framework (MOF) material whose unique nanoporous structure makes it an ideal choice for gas separation and catalytic applications. This advanced material boasts an ultra-high surface area of 1200-1800 m2/g with uniformly distributed and tunable pore sizes, demonstrating outstanding selectivity in hydrogen (H?), carbon dioxide (CO?), and methane (CH?) separation processes. With excellent thermal resistance (up to 300??C) and chemical stability, it maintains reliable performance even under demanding conditions. Whether for academic research or industrial development, this research-grade MOF powder provides a dependable material foundation for your experiments. Available in multiple packaging sizes to accommodate…

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Description

Applications
Gas Separation
Hydrogen Purification: Efficiently separates H? from mixed gas streams, supporting the production of high-purity hydrogen for fuel cells and industrial applications.
Carbon Capture: Selectively adsorbs CO? from flue gases or industrial emissions, aiding in climate change mitigation efforts.
Natural Gas Upgrading: Removes CO? and other impurities from methane (CH?) to enhance the quality of natural gas for energy use.
Catalysis
Its porous structure and stable framework make CAU-23 (KAR-F38) an excellent support for catalytic active sites. It is widely used in:

CO? conversion reactions (e.g., hydrogenation to fuels or chemicals).
Selective organic synthesis, where precise control over reaction pathways is required.
Academic Research
As a well-characterized MOF, it serves as a model material for studying:

Structure-property relationships in porous materials.
Adsorption mechanisms and catalytic reaction pathways.
The development of next-generation separation and catalysis technologies.
Industrial Development
Scalable and stable under industrial conditions, CAU-23 (KAR-F38) is suitable for pilot-scale and large-scale applications, including:

Industrial gas purification systems.
Carbon capture, utilization, and storage (CCUS) processes.
Catalytic reactors for chemical synthesis.
Quality & Packaging
Research-Grade Purity: Each batch undergoes rigorous testing (including XRD, nitrogen adsorption-desorption, and thermal gravimetric analysis) to ensure structural integrity and performance consistency.

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