Triptycene is a molecule with a unique three-dimensional rigid structure composed of three benzene rings (Figure 1). The angles between the three benzene rings are all 120°, forming three open electron-rich cavities. Because its structure resembles a medieval triptych, it is called triptylene. In recent years, its unique structural characteristics and rich reactive properties have attracted more and more attention, and have been widely used in many fields such as molecular machines, materials chemistry, and supramolecular chemistry.

Figure 1: Basic structure of tridisene

Bailingwei exclusively sells triptycene crown ether (Figure 2) main molecules developed by researcher Chen Chuanfeng of the Institute of Chemistry, Chinese Academy of Sciences. They have the following characteristics:

There are many types of derivatization;

More types of macrocyclic structures can be synthesized;

The unique three-dimensional open electron-rich cavity can complex a variety of guests.

triptycene-derived macrotricyclic host

A new type of synthetic macrocyclic main molecule, which combines rigid triptycene fragments with flexible crown ether chains. Contains a central cavity and two crown ether cavities;

Able to complex a variety of organic and inorganic guests, such as bipyridinium salts, ammonium salts, metal ions, etc.;

Various assemblies with special structures and functions can be formed.

Figure 2: The main molecular structure and uses of tripisene crown ether

triptycene derived double crown ether

1914896

910794-39-7

Chiral triptycene-derived tri(crown ether)s, 95%
100mg

1914895

865539-67-9

Triptycene-derived tri(crown ether)s, 95%
100mg, 500mg

1914894

1146115-33-4

Pentiptycene-derived cis-bis(crown ether)s, 95%
100mg

1914893

1188318-00-4

Pentiptycene-derived mono(crown ether)s, 95%
100mg

1914891

928880-36-8

Triptycene-derived molecular tweezer, 95%
100mg, 500mg

1914892

1211739-99-9

Triptycene-derived bisparaphenylene-34-crown-10, 95%
100mg