The GUNT Laminar Flow Reactor CE 310.06 is a tubular reactor designed for continuous operation, enabling analysis of chemical reactions under defined laminar flow conditions and characteristic retention time distribution. It is ideal for studying laminar flow behavior and reaction kinetics in chemical engineering experiments.
Product Features
- Continuous tubular reactor for laminar flow operation
- Part of the CE 310 series enabling experiments with different reactor types
- Works with CE 310 supply unit featuring heating water circuit, pumps, reactant tanks, and product tank
- Optional cooling possible using WL 110.20 Water Chiller in combination with CE 310 supply unit
- Mounted securely with two pins and quick-release couplings for easy connection
- Reactants delivered continuously via two pumps on the supply unit
- Laminar flow formed due to reactor dimensions and controlled volume flow
- Retention time adjustable via pump speed on the supply unit
- Conversion determined using combined conductivity/temperature sensor with digital display
- Data can be captured and processed with included acquisition software
Benefits
- Enables precise study of chemical reaction kinetics under laminar flow
- Supports hands-on learning in chemical engineering and process control
- Real-time monitoring of temperature and conductivity ensures accurate analysis
- Flexible operation with optional cooling using water chiller
Why Choose GUNT Laminar Flow Reactor?
The CE 310.06 Laminar Flow Reactor provides an effective solution for continuous chemical reaction experiments under laminar flow, offering precise control, monitoring, and data acquisition for engineering education and research.
