The Corning® Advanced-Flow™ Reactor education platform – Corning Nebula™ Education Kits – enables colleges and universities to provide students in chemistry, chemical engineering, and related majors with inherently safer equipment to become proficient in flow chemistry and flow reactor operation. Corning Nebula Education Kits are available in two versions: (1) chemistry unit and (2) chemical engineering unit.
Call for More Information Request Info OnlineCorning Advanced-Flow Reactors are industry-leading, disruptive innovations that can help change the way chemicals are made. AFR enables inherently safer, efficient continuous manufacturing while significantly reducing cost, footprint, and environmental impact. Corning provides high quality product and process solutions for the seamless scale-up from lab to commercial mass productions of pharmaceutical intermediates, fine and specialty chemicals, as well as new material synthesis.
| Product Characteristics | Data | Unit |
| Temperature Range | -5 / 120 | °C |
| Maximum pressure (reactive pathway) | 6 | bar |
| Minimum Flow rate | 10 | ml/min |
| Maximum Flow rate | limited by pressure drop and pump efficiency | |
| Pressure drop @ 100 ml/min (water) | 1 | bar |
| Fluidic module internal volume | 8,2 | ml |
| Wetted materials | PP, PFA, Stainless steel, PPS, EPDM, Viton, PEEK, Perlast G75S O-rings, PTFE, glass | |
| Piping size (external diameter) | 1/4 | inch |
| Pump type | gear pump | |
| Gas line (manual flow meter) | 1 | |
| Fluidic module inlets / outlets | 2/1 | |
| TcK (inlet / outlet HE & inlet / outlet reaction) | 4 | |
| Pressure sensor (inlet / outlet reaction) | 2 | |
| Flow meter (1 per pump) | 2 | |
| Power supply included (Reactor) | 24 | V |
| Size (L x W x H) | 630 x 415 x 546 | mm |
| Weight | 20 | Kg |