南京明善新材料科技有限公司，专注MXene研发多年。

Metal-Organic Frameworks (MOFs): A Versatile Porous Material Platform‌

‌1. Structural Characteristics & Core Advantages‌

MOFs are crystalline porous materials constructed from metal ions/clusters and organic linkers, featuring:

‌High Specific Surface Area‌: Up to 7000 m²/g (e.g., PCN-14)

‌Tunable Porosity‌: Pore sizes adjustable from 0.3 to 3 nm

‌Functionalizable Surfaces‌: -OH/-NH2 groups enable post-synthetic modifications

‌2. Product Portfolio & Technical Specifications‌

SeriesModelKey FeaturesApplication Scenarios

‌Standard‌ MI-RZIF-8-2508 ATP sensing (LOD: 0.1 μM) Biosensing/drug delivery 

 MI-RHKUST-1 CO2 adsorption capacity: 2.1 mmol/g Gas separation 

‌Hybrid‌ MI-Ti3C2Tx/Cu-MOF HER overpotential: 89 mV at 10 mA/cm² Electrocatalysis 

‌3. Cross-Disciplinary Applications‌

‌Energy Storage‌:Gas storage: PCN-14 achieves 259 v/v CH4 uptake at 35 bar

Supercapacitors: FeNi-MOF delivers 1200 F/g capacitance

‌Environmental Remediation‌:Water treatment: UiO-66(Ce) adsorbs 85% Pb²⁺ in 10 min

‌Biomedicine‌:Drug carrier: ZIF-67/RhB shows 92% controlled release efficiency

‌4. Frontier Research Directions‌

‌Single-Atom Catalysis‌: MOF-derived SACs (e.g., Cu-MOF) exhibit 98% ORR selectivity

‌Multifunctional Composites‌: Ti3C2Tx/MOF hybrids enable 94% photothermal conversion efficiency

(Technical parameters derived from Single-Atom Catalysts Derived from Metal–Organic Frameworks and related literature)

AI generated.

参考文献