Basic Info.
Model NO.CAD20-100
TypeConcrete Mixing Plant
Shotcrete TypeDry
Machining ProcessWelded Molding Machine
StructureRotor Type
Productivity150m²/h
Feeding Height1390mm
Vibrating Amplitude2.2mm
CertificationISO9001: 2000, CE
ConditionNew
Pressure TypePositive/Negative Combined
Air Source TypeRoots Blower, Compressor, Vacuum Pump
Conveying ModeContinuous and Batch
TrademarkSDCAD
OriginChina
HS Code8474900000
Product Description
Pneumatic Conveying System
Pneumatic conveying is available in both dilute phase and dense phase forms, utilizing either pressure or vacuum systems. This equipment is widely applied for handling materials such as cement, fly ash, starch, sugar, salt, sand, plastic pellets, oats, polymers, lime, soda ash, and various food powders.
|
| Flour | Starch | Protein powder | Powdered milk | Bean cake | Yuba | Soybean |
| Cement | Fly ash | Mineral powder | Quartz sand | Titanium dioxide | Clay | Bentonite |
Key Advantages:
- Versatility: Works well with different bulk densities like micro silica, fly ash, and GGBFS.
- Simplified Maintenance: Fewer wear points and easier to clean and inspect.
Flexible Layout:
- Adapts to complex routing needs.
- Can eliminate the need for a bucket elevator, simplifying system design.
- Faster installation times.
Long Distance Conveying of Cement
Specially designed for long-distance conveying of cement and other fine powders, this dense phase system is an easy retrofit for operations accustomed to screw pumps. Because smaller compressors are required, it offers significant energy savings over traditional methods. Dense phase pneumatic conveying requires lower air consumption and utilizes slower velocities, which extends pipe duct life.
FAQ
1. What is the primary purpose of this Pneumatic Conveying System?
The system is designed for the efficient handling and transport of various bulk materials, including fine powders like cement, fly ash, starch, and other industrial substances, using dense or dilute phase conveying.
2. Does this system support both pressure and vacuum conveying?
Yes, the system is designed to support both pressure and vacuum conveying types, providing flexibility for different material handling requirements.
3. What are the key benefits of using a dense phase system over traditional methods?
Dense phase conveying typically requires smaller compressors, lower air consumption, and lower conveying velocities, which extends the lifespan of the pipe ducts and reduces overall energy costs.
4. Is this system suitable for long-distance transport?
Yes, it is specifically designed for long-distance conveying of cement and other fine powders, offering an easy retrofit option for operations currently using older technologies like screw pumps.
5. What kind of maintenance is required for this equipment?
The system is designed for simplified maintenance. It features fewer wear points compared to mechanical systems, making it easier to clean and inspect, which helps lower operational costs.
6. Can the system layout be customized for complex facility routing?
Yes, the pneumatic conveying system is highly flexible and can be adapted to complex facility routings, potentially eliminating the need for bulky equipment like bucket elevators.
Aero Tech
