Boost foundry efficiency with the Boiling Cooling Bed from our China factory. Our advanced fluidized bed system replaces natural cooling with high-pressure cold air for rapid heat exchange. Trust leading suppliers for durable FTB and S52 series sand treatment solutions.
The Boiling Cooling Bed is a high-performance industrial sand cooling solution engineered to replace outdated air convection and natural cooling methods. By utilizing powerful cold air streams, this system maintains sand in a "boiling" fluidized state, ensuring maximum contact with the overhead heat exchanger for rapid, secondary heat exchange and superior thermal efficiency.
Designed for the rigorous demands of ferrous metal casting, this equipment integrates advanced negative pressure control to streamline sand flow while simultaneously extracting airborne dust. Available in the specialized FTB and S52 series, it offers a scalable and efficient approach to used sand management, significantly reducing cooling cycles in modern foundries.
| Product Category | Sand Treatment Equipment | Application | Ferrous Metal Casting |
|---|---|---|---|
| Cooling Principle | Fluidized Bed / Boiling State | Heat Exchange | Secondary Cold Air Exchange |
| Airflow Control | Negative Pressure Suction | Dust Management | Integrated Dust Extraction |
| Available Series | FTB Series / S52 Series | Cooling Medium | High-Pressure Cold Air |
| Industry Standard | Heavy Industrial Casting | Operational Mode | Continuous Sand Flow |
The boiling state ensures total sand-to-air contact, eliminating the slow dissipation of natural convection.
Rapid heat exchange significantly shortens the cooling time for used sand, boosting overall foundry throughput.
Choose between the FTB and S52 series to perfectly match your specific production capacity and footprint.
Negative pressure technology sucks out dust during the cooling process, ensuring a cleaner work environment.
Precision pressure control allows for smooth, consistent sand advancement without clogging or stagnation.
Built specifically for black metal casting environments with high resistance to abrasion and heat stress.
Seamlessly integrate sand cooling outputs with automated storage systems for lean production.
Remote monitoring of temperature and pressure parameters via our centralized cloud dashboard.
Extract operational logs and thermal efficiency reports for continuous process optimization.
Track the quality of treated sand to ensure consistency in the molding machine phase.
Digital service tracking and automated maintenance reminders for maximum uptime.
Synchronize cooling speeds with molding machine demands to prevent production bottlenecks.
| Feature | Traditional Natural Cooling | Boiling Cooling Bed |
|---|---|---|
| Cooling Speed | Slow / Dependent on Ambient | Rapid / Forced Fluidization |
| Sand Quality | Uneven Temperature Distribution | Uniform Thermal Consistency |
| Environment | High Dust Emission | Active Dust Suction/Extraction |
| Operational Cost | High Labor/Waiting Time | Low Automated Energy Cost |
| Production ROI | Low Throughput | High Cycle Efficiency |
The FTB and S52 series are designed for different throughput capacities and spatial requirements. The FTB generally caters to specific volume needs, while the S52 is optimized for different flow rates. We recommend a consultation to determine the best fit for your foundry.
By fluidizing the sand, it behaves like a liquid, allowing cold air to permeate every grain. This maximizes the surface area contact with the heat exchanger, transferring heat much faster than static air convection.
Yes, our boiling cooling beds are compatible with most resin sand and sand treatment workflows, serving as a critical stage between sand reclamation and reuse.
The system creates a pressure differential that naturally draws airborne particles and dust away from the sand flow and into a filtration system, reducing plant pollution.
Absolutely. It is specifically engineered for the durability requirements of the black metal casting industry, handling heavy abrasive sand loads continuously.
Periodic cleaning of the heat exchanger surfaces is recommended to ensure optimal airflow and thermal transfer. Our service guarantee package includes detailed maintenance schedules.
