Multi-Hybrid MOFs Linkers


The structure and chemical-physical properties of metal-organic frameworks (MOFs) are strongly influenced by the properties of metal clusters and organic linkers, which underlie the formation of coordination polymers with multidimensional networks. Multi-Hybrid MOFs linkers composed of carboxyl, imidazole, pyridine and other main building ligands as organic linkers of MOFs can endow MOFs with more complex structures and unique properties. This can also enable MOFs to directly acquire the characteristics of high efficiency and multifunctionality, avoiding the need for subsequent MOFs modification. Through the combination of different organic ligands, we can provide customers with different MOFs with a wide range of properties. The complex properties brought by these different combinations enable MOFs to meet more needs of drug carrier delivery systems.

CD Bioparticles manufactures and supplies Multi-Hybrid MOFs linkers for MOFs synthesis. Contact us to find out how Multi-Hybrid MOFs linkers can help you in your work.

H2dcba

Catalog: CDLTC80

MW: 374.35

CAS No.: 2413962-77-1

H2dcbp

Catalog: CDLTC20

MW: 244.2

CAS No.: 6813-38-3

H2PDA

Catalog: CDLTC89

MW: 268.22

CAS No.: 57709-61-2

H2PT

Catalog: CDLTC28

MW: 420.42

CAS No.: 1659300-75-0

H3DCPN

Catalog: CDLTC43

MW: 287.22

CAS No.: 1261935-37-8

H4BPTCA

Catalog: CDLTC97

MW: 332.22

CAS No.: 124558-60-7

Tris(4,4'-dicarboxylicacid-2,2'-bipyridyl)rutheniuM(II) dichloride

Catalog: CDLTC92

MW: 904.59

CAS No.: 97333-46-5

[9,9'-bicarbazole]-3,3',6,6'-tetracarboxylic acid

Catalog: CDLTC102

MW: 508.44

CAS No.: 2266564-54-7

Products
Fill out the form below
to receive a quote

GET A QUOTE

  • (USA)
  • (Europe)
Cookie Policy | Privacy Policy | Copyright © 2024 CD Bioparticles. All rights reserved.
0
Inquiry Basket
Inquiry