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Knitted Open Tubular (KOT) Reactor/Mixer/Delay Coil, PTFE

The Biotech knitted open tubular (KOT) reactors are made from tubing which has been knitted into a tortuous path to force the fast-moving center of the liquid stream to mix radially with the slower moving boundary liquid layer, thereby minimizing the axial dispersion. The shape of a chromatographic peak entering the reactor is thus preserved very efficiently. To ensure stable radial mixing within the KOT, a linear flow rate of 10 cm/s or more is recommended. The KOT reactor is usually the most optimal delay element for use in analytical flow systems and is typically inserted in the flow path to create a delay line so that a reaction or other event that requires a certain time can take place. Examples of applications: efficient mixing of two fluidic streams, delay coil in a fluidic system, and online derivatization of a sample with UV light, etc.

Knitted Open Tubular (KOT) Reactor/Mixer/Delay Coil, PTFE
Ordering Information

Catalog no. Length (mm) Inner diameter (mm
IU3000-123
IU3000-223
IU3000-423
IU3000-133
1m
2m
4m
10m
0.25mm
IU3000-125
IU3000-225
IU3000-425
IU3000-525
IU3000-135
1m
2m
4m
5m
10m
0.5mm
IU3000-128
IU3000-228
IU3000-428
IU3000-138
1m
2m
4m
10m
0.75mm
Clear
Description

CONNECTION FOR MULTIPLE KOTS (I.E. TO CONNECT 2 PCS OF 10 M KOTS)

The Biotech knitted open tubular (KOT) reactors are made from tubing which has been knitted into a tortuous path to force the fast-moving center of the liquid stream to mix radially with the slower moving boundary liquid layer, thereby minimizing the axial dispersion. The shape of a chromatographic peak entering the reactor is thus preserved very efficiently. To ensure stable radial mixing within the KOT, a linear flow rate of 10 cm/s or more is recommended. The KOT reactor is usually the most optimal delay element for use in analytical flow systems and is typically inserted in the flow path to create a delay line so that a reaction or other event that requires a certain time can take place. Example of applications: efficient mixing of two fluidic streams, delay coil in a fluidic system, and online derivatization of a sample with UV light, etc

 

Additional Information
Size

1m, 2m, 4m, 5m, 10m

Internal Diameter

0.25mm, 0.5mm, 0.75mm