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      當(dāng)前位置:首頁   >  產(chǎn)品中心  >  二維材料  >  MOFS材料  >  MOFs金屬有機骨架材料(MOFs)

      金屬有機骨架材料(MOFs)

      簡要描述:金屬有機骨架材料(MOFs)是近十年來發(fā)展迅速的一種配位聚合物,具有三維的孔結(jié)構(gòu),一般以金屬離子為連接點,有機配體位支撐構(gòu)成空間3D延伸,系沸石和碳納米管之外的又一類重要的新型多孔材料,在催化,儲能和分離中都有廣泛應(yīng)用。

      • 產(chǎn)品型號:MOFs
      • 廠商性質(zhì):生產(chǎn)廠家
      • 更新時間:2024-06-03
      • 訪  問  量:3371

      詳細介紹

      金屬有機骨架材料(MOFs)是近十年來發(fā)展迅速的一種配位聚合物,具有三維的孔結(jié)構(gòu),一般以金屬離子為連接點,有機配體位支撐構(gòu)成空間3D延伸,系沸石和碳納米管之外的又一類重要的新型多孔材料,在催化,儲能和分離中都有廣泛應(yīng)用。

       

      METAL ORGANIC FRAMEWORKS

      REF.

      Product

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      Quantity

      B100000

      ZIF-8, 2-Methylimidazole zinc salt

      Metal Organic Frameworks

      MOFs are crystalline compounds consisting of metal ions coordinated to organic molecules to form porous three-dimensional structures. Possible applications include storage of gases such as H2 and CO2, gas purification / separation, in catalysis and as sensors. Large cavities (116 Amstrongs) connected by small windows (3.4 Amstrongs), Specific surface: 1600 m2/g, Empirical Formula C8H10N4Zn, Mw: 604,9

      1 g

      B100000

      ZIF-8, 2-Methylimidazole zinc salt

      Metal Organic Frameworks

      MOFs are crystalline compounds consisting of metal ions coordinated to organic molecules to form porous three-dimensional structures. Possible applications include storage of gases such as H2 and CO2, gas purification / separation, in catalysis and as sensors. Large cavities (116 Amstrongs) connected by small windows (3.4 Amstrongs), Specific surface: 1600 m2/g, Empirical Formula C8H10N4Zn, Mw: 604,9

      10 g

      B100000

      ZIF-8, 2-Methylimidazole zinc salt

      Metal Organic Frameworks

      MOFs are crystalline compounds consisting of metal ions coordinated to organic molecules to form porous three-dimensional structures. Possible applications include storage of gases such as H2 and CO2, gas purification / separation, in catalysis and as sensors. Large cavities (11.6 Amstrongs) connected by small windows (3.4 Amstrongs), Specific surface: 1600 m2/g, Empirical Formula C8H10N4Zn, Mw: 227,6

      100 g

      B100001

      ZIF-67, 2-Methylimidazole cobalt salt

      Metal Organic Frameworks

      MOFs are crystalline compounds consisting of metal ions coordinated to organic molecules to form porous three-dimensional structures. Possible applications include storage of gases such as H2 and CO2, gas purification / separation, in catalysis and as sensors. Large cavities (11.6 Amstrongs) connected by small windows (3.4 Amstrongs), Specific surface: 1600 m2/g, Empirical Formula C8H10N4Zn, Mw: 227,6

      1 g

      B100001

      ZIF-67, 2-Methylimidazole cobalt salt

      Metal Organic Frameworks

      MOFs are crystalline compounds consisting of metal ions coordinated to organic molecules to form porous three-dimensional structures. Possible applications include storage of gases such as H2 and CO2, gas purification / separation, in catalysis and as sensors. Large cavities (11.6 Amstrongs) connected by small windows (3.4 Amstrongs), Specific surface: 1600 m2/g, Empirical Formula C8H10N4Zn, Mw: 227,6

      10 g

      B100001

      ZIF-67, 2-Methylimidazole cobalt salt

      Metal Organic Frameworks

      MOFs are crystalline compounds consisting of metal ions coordinated to organic molecules to form porous three-dimensional structures. Possible applications include storage of gases such as H2 and CO2, gas purification / separation, in catalysis and as sensors. Large cavities (11.6 Amstrongs) connected by small windows (3.4 Amstrongs), Specific surface: 1600 m2/g, Empirical Formula C8H10N4Zn, Mw: 227,6

      100 g

      B100002

      HKUST-1, copper(II)-BENZENE-1,3,5-tricarboxylate

      Metal Organic Frameworks

      MOFs are crystalline compounds consisting of metal ions coordinated to organic molecules to form porous three-dimensional structures. Possible applications include storage of gases such as H2 and CO2, gas purification / separation, in catalysis and as sensors. Synonyms: Cu3(BTC), Cu-BTC MOF, Basolite C 300 (Basf registere). Square-shaped pores of 9 amstrong, Specific surface: 1500 m2/g, Empirical Formula C18H6O12Cu3, Mw: 604,9

      1 g

      B100002

      HKUST-1, copper(II)-BENZENE-1,3,5-tricarboxylate

      Metal Organic Frameworks

      MOFs are crystalline compounds consisting of metal ions coordinated to organic molecules to form porous three-dimensional structures. Possible applications include storage of gases such as H2 and CO2, gas purification / separation, in catalysis and as sensors. Synonyms: Cu3(BTC), Cu-BTC MOF, Basolite C 300 (Basf registere). Square-shaped pores of 9 amstrong, Specific surface: 1500 m2/g, Empirical Formula C18H6O12Cu3, Mw: 604,9

      10 g

      B100002

      HKUST-1, copper(II)-BENZENE-1,3,5-tricarboxylate

      Metal Organic Frameworks

      MOFs are crystalline compounds consisting of metal ions coordinated to organic molecules to form porous three-dimensional structures. Possible applications include storage of gases such as H2 and CO2, gas purification / separation, in catalysis and as sensors. Synonyms: Cu3(BTC), Cu-BTC MOF, Basolite C 300 (Basf registere). Square-shaped pores of 9 amstrong, Specific surface: 1500 m2/g, Empirical Formula C18H6O12Cu3, Mw: 604,9

      100 g

      B100003

      ALF, aluminium fumarate

      Metal Organic Frameworks

      MOFs are crystalline compounds consisting of metal ions coordinated to organic molecules to form porous three-dimensional structures. Possible applications include storage of gases such as H2 and CO2, gas purification / separation, in catalysis and as sensors. Robust-shaped pores 5.7 x 6 Amstrongs, Specific surface: 1000 m2/g, Empirical Formula C4H3O5Al Mw: 158

      1 g

      B100003

      ALF, aluminium fumarate

      Metal Organic Frameworks

      MOFs are crystalline compounds consisting of metal ions coordinated to organic molecules to form porous three-dimensional structures. Possible applications include storage of gases such as H2 and CO2, gas purification / separation, in catalysis and as sensors. Robust-shaped pores 5.7 x 6 Amstrongs, Specific surface: 1000 m2/g, Empirical Formula C4H3O5Al Mw: 158

      10 g

      B100003

      ALF, aluminium fumarate

      Metal Organic Frameworks

      MOFs are crystalline compounds consisting of metal ions coordinated to organic molecules to form porous three-dimensional structures. Possible applications include storage of gases such as H2 and CO2, gas purification / separation, in catalysis and as sensors. Robust-shaped pores 5.7 x 6 Amstrongs, Specific surface: 1000 m2/g, Empirical Formula C4H3O5Al Mw: 158

      100 g

      B100004

      MAF, magnesium formate

      Metal Organic Frameworks

      MOFs are crystalline compounds consisting of metal ions coordinated to organic molecules to form porous three-dimensional structures. Possible applications include storage of gases such as H2 and CO2, gas purification / separation, in catalysis and as sensors. Narrow one-dimensional zig-zag channels of approximately 4.9 amstrong, Specific surface: 500 m2/g, Empirical Formula C6H6O12Mg3Mw: 342,9

      1 g

      B100004

      MAF, magnesium formate

      Metal Organic Frameworks

      MOFs are crystalline compounds consisting of metal ions coordinated to organic molecules to form porous three-dimensional structures. Possible applications include storage of gases such as H2 and CO2, gas purification / separation, in catalysis and as sensors. Narrow one-dimensional zig-zag channels of approximately 4.9 amstrong, Specific surface: 500 m2/g, Empirical Formula C6H6O12Mg3Mw: 342,9

      10 g

      B100004

      MAF, magnesium formate

      Metal Organic Frameworks

      MOFs are crystalline compounds consisting of metal ions coordinated to organic molecules to form porous three-dimensional structures. Possible applications include storage of gases such as H2 and CO2, gas purification / separation, in catalysis and as sensors. Narrow one-dimensional zig-zag channels of approximately 4.9 amstrong, Specific surface: 500 m2/g, Empirical Formula C6H6O12Mg3Mw: 342,9

      100 g

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