Analyse J and K Scientific de la part de marché pour février 2026

Under the backdrop of advancing carbon neutrality and sustainable development goals, high-efficiency adsorption and separation materials have become a research hotspot in fields such as energy, environment, and healthcare. Metal-organic frameworks (MOFs), owing to their advantages of tunable structures, high porosity, large specific surface area, and ease of surface functional modification, have garnered widespread attention from both academia and industry. Based on the latest product data, we have systematically reviewed and recommend the following outstanding MOF materials, providing reliable material solutions for different application scenarios. MOF-74 Series: Gas Capture and Sustained-Release Carriers with Polymetallic Centers The MOF-74 series is a class of high-efficiency adsorbents featuring one-dimensional channels and open metal sites. The adsorption properties and stability of these materials can be tuned by varying the metal centers. MOF-74(Mg)-1 / MOF-74(Mg)-2 (CAS: 1565828-96-7)Both are magnesium-based MOF-74 materials, exhibiting excellent carbon dioxide and methane adsorption performance. They are suitable for applications such as carbon capture and natural gas storage. Their nanoscale particle morphology and ultra-high specific surface area further enhance gas diffusion and adsorption kinetics. Additionally, these materials demonstrate good water uptake under moderate humidity, making them applicable for atmospheric water harvesting. Their controllable degradation behavior in aqueous environments also positions them as candidate materials for sustained-release drug carriers, suitable for targeted drug delivery systems. MOF-74(Co) (CAS: 871658-67-2)Cobalt-based MOF-74 maintains high gas adsorption capacity while offering good structural stability, making it particularly suitable for gas separation processes in oxygen-containing or humid environments. The open metal sites on its pore surfaces can selectively bind polar molecules such as CO₂, showi