Lowering the melting point of ZIF via an anion competing effect in MOF hybrid glasses | Synapse
May 16, 2026
Lowering the melting point of ZIF via an anion competing effect in MOF hybrid glasses
Key Points
This research aims to explore how integrating halide salts with MOFs affects the melting point of ZIF materials.
Chemical integration of MOFs and halide salts to create hybrid glasses.
Evaluation of infrared transparency in modified MOF glasses.
Analysis of thermal properties for advanced application suitability.
Lowered melting points observed in hybrid MOF glasses compared to pure ZIF.
Increased infrared transparency enhances material suitability for sensing applications.
Promising thermal imaging outcomes indicate practical use in advanced imaging technologies.
Abstract
The chemical integration of MOFs and halide salts provides a versatile platform for tailoring infrared-transparent MOF glasses, opening a practical route for advanced sensing and thermal imaging applications.