Flow Through Cells
A variety of flow through cells in different configurations for spectrophotometric experiments where a constantly flowing sample can be passed through the observation chamber.
Type 606 Sub-Micro Tablet Dissolution Cell with PTFE Tubing and 3.5x11mm Window (Capacities: 195-390µl)
Type 606 Sub-Micro Tablet Dissolution Cell with PTFE Tubing and 3.5x11mm Window (Capacities: 195-390µl)
FireflySci tablet dissolution cell with a 3.5x11mm window. These cells can be used for most flow through applications.
Features of FireflySci Type 606 Sub-Micro Tablet Dissolution Cell:
- Highly accurate results, only need to test sample once.
- Premium quality: Firefly cuvettes are made with the best quality quartz and glass material available. Excellent transmission values.
- Made by hand, ensuring high quality optical polishing with no defects.
- Each cell goes through a rigorous inspection process before leaving our factory.
- Fire-fused to ensure that cuvettes are robust and durable.
- Available in UV Quartz.
- Comes with M6 threaded connectors and 400mm of PTFE tubing
- Dimensions of tubing: OD-1.6mm, ID-0.8mm
- All cells and tubing tested to 5 bars of pressure (75psi).
- In metal housing
- All black quartz- size of polished area is 3.5x11mm
- Two windows optically polished.
Lightpath | Top | Outer Length | Outer Width | Outer Height | Chamber Length | Chamber Width | Chamber Height | Z-dimension | Capacity |
---|---|---|---|---|---|---|---|---|---|
5mm | Flow Through | 12.5mm | 12.5mm | 35.0mm | 5.0mm | 3.5mm | 11.0mm | 8.5mm | 195µl |
5mm | Flow Through | 12.5mm | 12.5mm | 35.0mm | 5.0mm | 3.5mm | 11.0mm | 15mm | 195µl |
5mm | Flow Through | 12.5mm | 12.5mm | 35.0mm | 5.0mm | 3.5mm | 11.0mm | 20mm | 195µl |
10mm | Flow Through | 12.5mm | 12.5mm | 35.0mm | 10.0mm | 3.5mm | 11.0mm | 8.5mm | 390µl |
10mm | Flow Through | 12.5mm | 12.5mm | 35.0mm | 10.0mm | 3.5mm | 11.0mm | 15mm | 390µl |
10mm | Flow Through | 12.5mm | 12.5mm | 35.0mm | 10.0mm | 3.5mm | 11.0mm | 20mm | 390µl |
Wingnut tool sets for adapting cuvettes to different z-dimensions