Analytical flow-cells PEEK
Analytical flow-cells PEEK allows to use TOY and BABY detectors also for for analytical applications.
| Image | PN | Type | Optical Path Length [mm] | Inside Volume (µl) | Max.flow-rate (ml/min) | Thread UNF | Tube OD | Wetted material | Request quote |
|---|---|---|---|---|---|---|---|---|---|
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Image
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PN
12L00002
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Type
Analytical Cell HPLC 09 PEEK (l=10 mm, 1/16", UNF 10-32)
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Optical Path Length [mm]
10
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Inside Volume (µl)
20
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Max.flow-rate (ml/min)
100
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Thread UNF
UNF 10-32
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Tube OD
1/16″
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Wetted material
PEEK, Quartz glass
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Actions
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Image
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PN
12000002
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Type
Analytical Cell HPLC 10 PEEK (l=5 mm, 1/16", UNF 10-32)
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Optical Path Length [mm]
5
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Inside Volume (µl)
8
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Max.flow-rate (ml/min)
100
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Thread UNF
UNF 10-32
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Tube OD
1/16″
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Wetted material
PEEK, Quartz glass
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Actions
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Image
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PN
12200000
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Type
Analytical Flowcell HPLC 02 PEEK (l=2mm, 1/16", UNF 10-32
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Optical Path Length [mm]
2
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Inside Volume (µl)
2
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Max.flow-rate (ml/min)
100
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Thread UNF
UNF 10-32
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Tube OD
1/16"
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Wetted material
PEEK, Quartz glass
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Actions
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|
Image
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PN
12300000
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Type
Analytical Flowcell HPLC 03 PEEK (l=3mm, 1/16", UNF 10-32)
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Optical Path Length [mm]
3
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Inside Volume (µl)
3
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Max.flow-rate (ml/min)
100
|
Thread UNF
UNF 10-32
|
Tube OD
1/16"
|
Wetted material
PEEK, Quartz glass
|
Actions
|
- Description
Analytical PEEK flow-cells have a unique design with an optical length of 2, 3, 5 and 10 mm. Theier desing allows to use them in TOY and BABY detectors for for analytical applications. Cells are connected via tubing with OD 1/16" and thread UNF 10-32 . Internal volume of these cells are 2, 3, 8 and 16 µl. The maximum flow rate is 100 ml/min
These cells are intendthe newed for ECOM OEM detectors TOY18/20DAD I, U; BABY18DAD, and TOY18/20DAD V.
Advantages of the Analytical flow-cells PEEK
• Unique desing which allows to use TOY and BABY detectors also for for analytical applications.
• Extended cell life – thanks to the new cell window design
• Increased temperature resistance range – now from -50 °C up to 100 °C
• More easy exchangeable cells – according to preferred sensitivity/application
