Analytical External Cell AFC 10 EX PEEK
l=10 mm - 1/16" - std. HPLC thread UNF 10-32
External, for detectors TOY18DAD and ECD2800EX
- Description
- Parameters
The analytical flow cell AFC 10 EX PEEK is a revolutionary device designed for use within Flash, TOYDAD, and TOYFIX and ECD analytical ECOM detectors. With a volume of only 20 µl and an optical path of 10 mm, this cell provides precise and reliable measurements across various applications.
Improved design for maximum efficiency
The conical design of the cell minimizes the influence of the flow rate and temperature changes, ensuring stable and consistent results. Unlike previous cell types, the AFC 10 EX is supplied without capillaries, allowing the user to select the appropriate inner diameter of the capillary. This allows flow rates of up to 50 ml/min to be achieved, providing flexibility for different applications.
Optimized for low flow rates
For applications where the flow rate is less than 10 ml/min, a hydrodynamic resistor is available to eliminate bubble formation. This component is connected to the output capillary, ensuring stable operation and high accuracy even at low flow rates.
Safety and flexibility of use
The cell is assembled outside of the detector, and it is connected to the unit via fiber optic cable. This design ensures safe usage in applications with explosion or contamination hazards. With our device, you can work confidently, knowing that your measurements are not only accurate but also safe.
Why choose the AFC 10 EX flow cell
- High measurement accuracy with minimal effect from ambient conditions
- Flexible configurations to adjust flow rates to suit your needs
- Safety design for use in demanding environments
- An ideal choice for a wide range of applications including chemical analysis and environmental monitoring
Volume/optical path length | 20 µl / 10 mm |
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Material | fused silica; PEEK |
Maximal flow rate | 50 ml/min |
Connecting thread | UNF 10-32 |
Dimensions W x H x D | Diameter 36 mm, Length 29 mm |
Maximum operating pressure | 2 MPa |