The GUNT WL 225 Heat Transfer in the Fluidised Bed unit is designed to study the principles of heat transfer in fluidised systems. This laboratory apparatus demonstrates the complex interactions between fluid flow and solid particles by using air in a transparent glass reactor, allowing clear visualization of fluidisation. It enables detailed investigation of convective heat transfer, temperature distribution, and the influence of operating parameters in a fluidised bed, making it an essential teaching tool for thermodynamics and process engineering.
Product Features
- Application: Heat transfer in fluidised beds
- Medium: Air in a transparent glass reactor
- Demonstrates fluidisation and convective heat transfer
- Integrated sensors for temperature and air flow measurement
- Safe and durable construction for laboratory teaching
- Designed for universities, research, and technical training
Benefits
- Provides hands-on learning of heat transfer in multiphase systems
- Visualization of fluidisation processes in a transparent reactor
- Enables precise measurement of heat transfer coefficients
- Supports advanced studies in chemical, mechanical, and process engineering
- Robust design ensures reliable long-term use in education and training
Why Choose the GUNT WL 225?
The GUNT WL 225 Heat Transfer in the Fluidised Bed unit delivers practical insight into the dynamics of heat transfer in fluidised systems. With its glass reactor for clear observation and integrated measuring equipment, it is an invaluable tool for teaching and research in thermal and process engineering.
