MOF-177 is a highly porous metal-organic framework (MOF) material offered by Aarvi Energy Filtrex & Environmental Solutions Pvt. Ltd. for advanced research, gas storage, adsorption, catalysis, environmental remediation, and membrane technology applications. Known for its exceptionally large surface area and pore volume, MOF-177 is widely utilized in chemical engineering, nanotechnology, clean energy, and material science research.
MOF-177 is primarily composed of zinc-based metal clusters connected through organic tricarboxylate linkers, forming a highly stable three-dimensional porous crystalline framework. Due to its ultrahigh porosity and adsorption capacity, MOF-177 is considered one of the most advanced materials for gas adsorption and separation studies.
Key Features:
Extremely high surface area and pore volume
Excellent gas adsorption capability
Highly porous crystalline structure
Suitable for hydrogen and CO? storage applications
Good thermal stability under controlled conditions
Advanced molecular separation performance
Large internal pore architecture for enhanced adsorption
Ideal for laboratory and industrial research applications
Technical Advantages:
MOF-177 offers superior adsorption characteristics due to its ultrahigh porosity and interconnected pore network. The material demonstrates strong potential for hydrogen storage, carbon capture, volatile organic compound adsorption, and advanced separation technologies. Its highly accessible pore structure allows efficient diffusion and selective adsorption of gas molecules.
Applications:
CO? capture and carbon sequestration
Hydrogen storage systems
Methane and gas adsorption studies
Gas purification and separation processes
Volatile organic compound (VOC) adsorption
Catalyst support for chemical reactions
Membrane and separation technology research
Nanomaterial and advanced porous material development
Energy storage and clean energy applications
Environmental remediation research
Research & Industrial Benefits:
MOF-177 is recognized for its large internal surface area, making it highly effective in adsorption-driven applications. The material is extensively researched for clean energy systems, gas storage technologies, and high-efficiency adsorption processes. It is also suitable for developing advanced composite materials and functional membranes.
Available Options:
Aarvi Energy Filtrex & Environmental Solutions Pvt. Ltd. provides research-grade MOF-177 materials with customizable specifications suitable for universities, laboratories, pilot plants, and industrial R&D projects. Customized quantities, formulations, and application-specific solutions can also be provided based on research requirements.
