Metal Organic Framework(MOF)

Dysprosium Metal Organic Framework Powder Dy-MOF, C18H6Ni3O12, CAS No: 7429-91-6, High Purity, Global Shipping, Less Price. NanowizTech Dysprosium MOF (CAS No.7429-91-6) Powder is a rare-earth-based Metal Organic Framework engineered with precisely controlled pore structures and high chemical stability. The combination of Dysprosium (Chemical Formula: Dy(pyda)₃Ca₁.₅(H₂O)₆·5.5H₂O) ions and carefully selected organic ligands creates an interconnected porous […]

Nickel MOF (Ni-CPO-27 MOF) Nickel Based Metal Organic Framework, C18H6Ni3O12, CAS No:7440-02-0, High Purity, Global Shipping NanowizTech Nickel-based NI CPO-27 MOF (Metal Organic Framework) powder is a high-purity porous coordination material manufactured and supplied for advanced research and industrial applications. With CAS No. 7440-02-0 and molecular formula C18H6Ni3O12, this nickel-based MOF offers exceptional surface area,

HKUST-1 MOFs Cu-BTC, Copper Based Metal Organic Framework, High Purity, MOF-199, Worldwide Shopping NanowizTech HKUST-1 MOF (Cu-BTC MOF) is a premium-quality copper-based metal-organic framework manufactured for research and industrial applications.  With the chemical formula Cu₃(C₉H₃O₆)₂ and CAS No. 222404-02-6, this highly porous crystalline material offers exceptional surface area, thermal stability, and gas adsorption performance. It

UiO-66 MOF Zirconium Based UiO-66 Metal Organic Framework, Zr6C48H28O32, CAS 1072413-89-8, High Purity, Global Shipping NanowizTech UiO-66 MOF Zirconium Based is a high-quality zirconium-based metal-organic framework (MOF) engineered for advanced research and industrial applications.  With the molecular formula Zr6C48H28O32 and CAS No. 1072413-89-8, this porous crystalline material offers exceptional thermal stability, chemical resistance, and high

Cobalt MOF -74-Co Co-MOF-74, High Purity, Global Shopping, Less Price NanowizTech MOF-74-Co is a high-performance cobalt-based metal–organic framework (MOF) engineered for advanced industrial, environmental, and research applications. It belongs to the MOF-74 family of porous crystalline materials known for their exceptional surface area, tunable porosity, and strong metal-ligand coordination structure. This material is synthesized using

Platinum Paste Screen Print- Highly Conductive (Pt, Purity: 99.9%) NanowizTech Platinum Conductive Paste is a high-performance material designed for precision screen printing in advanced electronics and industrial applications. Formulated to deliver exceptional electrical conductivity, this platinum-based paste ensures stable and reliable performance across a wide range of substrates.  Its smooth consistency allows for easy application

Carbon Conductive Ink Paste (C, Purity: 99.9%) NanowizTech is a leading carbon conductive paste manufacturer specializing in advanced electronic-grade materials designed for high-performance industrial applications. The company focuses on precision-engineered conductive paste manufacturing processes that ensure superior conductivity, stability, and consistency across every batch. The production process involves multiple key phases including raw carbon material

Stock Number Product Name Specification NW-2001-04-401 Copper Metal Organic Framework (MOF-14 Cu ) , Purity 99.9%, CAS: 7440-50-8, (C27H18Cu3O6) SPECIFICATION

Stock Number Product Name Specification NW-2001-04-401 Copper Metal Organic Framework (MOF-14 Cu ) , Purity 99.9%, CAS: 7440-50-8, (C27H18Cu3O6) SPECIFICATION NW-2001-04-402 Zinc Metal Organic Framework (Zn-BDC-MOFs) , Purity 99.9%, CAS: 59061-53-9, C8H10O4Zn SPECIFICATION NW-2001-04-403 Ferrous (iron)Metal Organic Framework (MIL-53), Purity 99.9%, CAS: 7439-89-6, Fe(OH)(O2C-C6H4-CO2) SPECIFICATION NW-2001-04-404 (ZIF-8) , 2-Methylimidazole Zinc Salt (ZIF-8), Purity 99.9%, CAS:

Titanium Metal Organic Framework (Ti-MIL-125) Metal Organic Framework (Ti-MOF-MIL-125), High Purity, Global Shipping NanowizTech Titanium MOF (MIL-125-Ti) is a highly advanced metal organic framework (MOF) material based on titanium metal centers and organic linker molecules, engineered for superior performance in adsorption, catalysis, energy storage, and environmental applications. This material belongs to the MIL (Materials of