Product synthetic-chemistry-metal-organic-frameworks

Home > products > synthetic-chemistry> metal-organic-frameworks

Catalog	name	Description	price
R-M-098	PCN-222 (H),CAS 1403461-06-2	PCN-222 (H),porous coordination network-222(H) from ruixi.Pcn-222 (H) can be used in the fields of gas adsorption and separation, catalysis, sensors, drug delivery of small molecule drugs or enzymes or peptides.Pcn-222 is a kind of macroporous zirconium porphyrin metal organic framework (MOF) nanorods.Pcn-222 is an excellent adsorbent and suitable for dye adsorption.	price>
R-OR-511	MIL-100	Metal organic frame material MIL-100.Metal organic frameworks (MOFs) are organic-inorganic hybrid materials with intramolecular pores formed by self-assembly of organic ligands and metal ions or clusters through coordination bonds.In MOFs, the arrangement of organic ligands and metal ions or clusters has obvious directionality, which can form different framework pore structures, thus showing different adsorption properties, optical properties, electromagnetic properties and so on. MOFs has great development potential and attractive prospect in modern materials science.	price>
R-M-099	PCN-224 (H),CAS 1476810-88-4	PCN-224 (H),porous coordination network-224(H) from ruixi.Pcn-224 (H) can be used for gas adsorption separation and catalysis.Pcn-224 (H) is one of MOF series.Metal organic frameworks (MOFs), as a relatively new type of porous materials, have the advantages of structural tailoring, diversity and high specific surface area. At the same time, it has the advantages of homogeneous catalyst and heterogeneous catalyst, so it has potential application prospects in catalysis.	price>
R-M-100	PCN-128 (Zr),CAS 2230488-02-3	PCN-128 (Zr),porous coordination network-128(zirconium) from ruixi.Pcn-128 (Zr) can be used for gas adsorption and separation for drug delivery of smaller drug molecules or enzymes or peptides.PCN-128 (Zr) is one of MOF series.Metal organic frameworks (MOFs), as a relatively new type of porous materials, have the advantages of structural tailoring, diversity and high specific surface area. At the same time, it has the advantages of homogeneous catalyst and heterogeneous catalyst, so it has potential application prospects in catalysis.	price>
R-M-101	PCN-250 (Fe2Co),cas 2393906-70-0	PCN-250 (Fe2Co),porous coordination network-250(Fe2Cobalt) from ruixi.Pcn-250 (fe2co) can be used to adsorb gases (such as carbon dioxide) and pollutants, and Fe has good catalytic performance as Lewis acid catalyst.Pcn-250 is stable in air, but stable in aqueous solution and weak alkaline condition.	price>
R-M-102	PCN-600 (Fe),cas 1630794-12-5	PCN-600 (Fe),porous coordination network-600(Fe) from ruixi.PCN-600 (Fe) can be used to adsorb gases (such as carbon dioxide) and pollutants, and Fe has good catalytic performance as Lewis acid catalyst. Pcn-600 (FE) is stable in air, in aqueous solution and under weak acid and alkali conditions (pH 2-11).	price>
R-M-103	CPM-5,Crystalline Porous Material-5	CPM-5,Crystalline Porous Material-5 from ruixi.CPM-5 is a kind of micro mesoporous carbon crystal composite with very high surface area (2187 m2g1). Cpm-5 has a high CO2 absorption rate and can be used for CO2 adsorption.	price>
R-M-104	CAU-1,Christian-Albrechts-University	CAU-1,Christian-Albrechts-University from ruixi.CAU-1 is an amine modified metal organic microporous framework.CAU-1 membrane has the characteristics of high stability, crack resistance, temperature cycling, repeatability, rich functional groups, large specific surface area and high separation efficiency. It is a promising membrane for hydrogen recovery from industrial waste gas. It has high absorption capacity for CO2 and high selectivity for CO2 and N2. It can also be used as a practical material to separate radioactive pollutants from water environment.	price>
R-M-105	UMCM-1,University of Michigan Crystalline Material-1	UMCM-1,University of Michigan Crystalline Material-1 from ruixi.UMCM-1 is a metal centered organic framework material with fluorescence quenching and microporous properties, and it is also a promising material for efficient CO2 separation.	price>
R-M-106	LZU-190,Lanzhou University-190	LZU-190,Lanzhou University-190 from ruixi.Covalent organic frameworks (COFS) are a kind of crystalline porous polymers, which can integrate the organic units accurately on the atoms, thus forming the pre designed framework and nano pores. It can be used to design organic materials for gas storage, catalysis and optoelectronic applications.	price>

...