Ceramic Body Powder Hot Air Furnace — Myanmar
Special Hot Air Furnace for Ceramic Body Powder Drying in Myanmar
Meibao supplied a special high-cleanliness hot air furnace for a ceramic body powder production project in Myanmar.
The furnace integrates fuel combustion, high-temperature gas purification, dust settlement, cold-air mixing and temperature control. It provides 660–700°C process hot air for the ceramic spray-drying tower.
Project Information
| Project Location | Myanmar |
| Equipment | Special hot air furnace for ceramic body powder drying |
| Application | Ceramic slurry spray drying |
| Final Material | Ceramic body powder |
| Equipment Series Fuel Options | Coal or biomass |
| Heating Method | Direct-fired |
| Purification-Chamber Outlet Temperature | Approximately 900°C |
| Spray-Drying Hot-Air Temperature | 660–700°C |
| Equipment Series Adjustment Range | 600–700°C |
| Temperature Stability | ±5°C |
| Process Hot-Air Dust Content | ≤50 mg/Nm³ |
| Design Thermal Efficiency | Above 95% |
| Project Scope | Process design, equipment manufacturing, installation guidance and commissioning support |
| Project Status | Equipment supplied for the Myanmar ceramic project |
Project Overview
Fuel burns inside the combustion unit and generates high-temperature gas. The gas enters the high-temperature purification chamber after leaving the combustion section.
A small amount of dust carried by the combustion gas agglomerates and settles inside the purification chamber. The purified hot air leaves the chamber at approximately 900°C.
Controlled cold air is introduced into the mixing chamber to adjust the process hot-air temperature to 660–700°C. The hot air is then delivered to the ceramic spray-drying tower.
Inside the tower, atomized ceramic slurry contacts the high-temperature hot air. Moisture is removed, and the ceramic slurry forms granulated body powder for the subsequent pressing and forming process.
Process Flow
Coal or Biomass
→ Fuel-Feeding System
→ Combustion Unit
→ High-Temperature Combustion Gas
→ High-Temperature Purification Chamber
→ Dust Agglomeration and Settlement
→ Approximately 900°C Purified Hot Air
→ Controlled Cold-Air Mixing
→ 660–700°C Process Hot Air
→ Ceramic Spray-Drying Tower
→ Ceramic Body Powder
Process Description
1. Fuel Feeding
Coal or biomass is delivered to the combustion unit through the corresponding fuel-storage and feeding system.
The fuel-feeding rate is coordinated with the hot-air temperature and heat demand of the ceramic spray-drying process.
2. Fuel Combustion
Fuel burns inside the combustion unit and generates the high-temperature gas required for continuous ceramic powder drying.
The combustion system operates in coordination with the air-supply and temperature-control systems.
3. High-Temperature Purification
The high-temperature gas enters the purification chamber after leaving the combustion section.
Entrained dust agglomerates and settles inside the chamber, reducing the particulate matter carried into the mixing chamber and spray-drying tower.
4. Purified Hot-Air Output
The purified hot air leaves the high-temperature purification chamber at approximately 900°C.
The process hot-air dust content is controlled to ≤50 mg/Nm³.
5. Cold-Air Mixing
Controlled cold air is introduced into the mixing chamber.
The cold air mixes with the purified high-temperature hot air to produce the 660–700°C process air required by ceramic body powder spray drying.
6. Ceramic Slurry Spray Drying
The adjusted hot air enters the spray-drying tower and contacts the atomized ceramic slurry.
Moisture evaporates during the drying process, converting the slurry into ceramic body powder with the form required for subsequent storage, conveying and pressing.
7. Temperature and Heat-Supply Control
The control system coordinates fuel feeding, combustion, air supply, cold-air mixing and process hot-air output.
The continuous hot-air temperature stability is maintained within ±5°C.
Main Technical Data
|
Item |
Technical Data |
|
Main application |
Ceramic body powder spray drying |
|
Equipment series fuel options |
Coal or biomass |
|
Heating method |
Direct-fired |
|
Purification-chamber outlet temperature |
Approximately 900°C |
|
Myanmar project process temperature |
660–700°C |
|
Equipment series adjustment range |
600–700°C |
|
Hot-air temperature stability |
±5°C |
|
Process hot-air dust content |
≤50 mg/Nm³ |
|
Design thermal efficiency |
Above 95% |
Main Equipment and Systems
Fuel-storage system
Fuel hopper
Fuel-feeding and conveying system
Combustion unit
Combustion chamber
High-temperature gas outlet
High-temperature purification chamber
Dust-agglomeration and settling section
Cold-air inlet
Hot-air mixing chamber
Air-supply fan
Hot-air outlet and ductwork
Temperature-monitoring instruments
Automatic temperature-control system
Electrical control cabinet
Safety-interlock system
Steel platform and inspection structure
Ceramic spray-drying tower connection
Main Technical Characteristics
Designed for Ceramic Spray Drying
The combustion, purification and mixing systems are configured around the temperature and cleanliness requirements of ceramic body powder production.
High-Temperature Purification
Entrained dust agglomerates and settles in the purification chamber before the hot air enters the spray-drying tower.
Controlled Hot-Air Dust Content
The process hot-air dust content is controlled to ≤50 mg/Nm³, reducing dust carried into the ceramic body powder and limiting black-speck formation.
High Process Temperature
The Myanmar project supplies 660–700°C process hot air for ceramic slurry spray drying.
Temperature Stability
The continuous hot-air supply maintains a temperature stability of ±5°C.
Direct-Fired Heat Utilization
The purified hot air directly enters the spray-drying system after temperature adjustment. The furnace series is designed with a thermal efficiency above 95%.
Other Ceramic Applications
The special hot air furnace series can also be used for:
- Ceramic wall-tile body powder
- Ceramic floor-tile body powder
- Porcelain-tile raw powder
- Sanitary ceramic body materials
- Tableware ceramic body materials
- Other spray-dried ceramic granules
The furnace can be connected to different ceramic spray-drying towers according to the ceramic slurry and production process.
These applications describe the equipment series and do not indicate that the Myanmar project produces every listed ceramic product.
Application Experience
Similar hot air furnace systems have been applied in multiple ceramic manufacturing projects.
The project experience covers the integration of combustion, high-temperature purification, controlled hot-air dust content and ceramic spray-drying towers.
Customer names and product brands are not disclosed in the Project page.
Technology Background
The special hot air furnace for ceramic body powder drying incorporates multiple patented technologies.
The equipment combines fuel combustion, high-temperature purification, dust settlement, cold-air mixing and automatic temperature control to provide process hot air for ceramic spray drying.
Project Delivery
The Myanmar project supplied a complete ceramic powder heating system covering:
- Fuel feeding
- Combustion heat generation
- High-temperature purification
- Dust agglomeration and settlement
- Cold-air mixing
- 660–700°C process hot-air control
- Hot-air duct connection
- Integration with the ceramic spray-drying tower
- Installation and commissioning support
Meibao’s Project Capabilities
Meibao provides ceramic drying and heating services covering:
- Ceramic spray-drying process design
- Hot air furnace engineering
- Coal and biomass combustion-system configuration
- High-temperature purification design
- Hot-air dust-content control
- Spray-drying tower integration
- Hot-air duct-system design
- Temperature-control-system integration
- Equipment manufacturing
- Installation guidance
- Commissioning support
- Operator training
- Overseas technical service
Contact Us
Planning a ceramic body powder production or spray-drying project?
Send us the ceramic product type, production capacity, slurry moisture, target powder moisture, required inlet temperature, air volume, heat demand, spray-tower information, available fuel and site conditions. Meibao will prepare the corresponding hot air furnace and spray-drying configuration.