Introduction:
Traditional pneumatic conveying equipment often faces high energy consumption, pipeline blockages, and frequent maintenance, leading to frequent production line shutdowns and persistently high operating costs. The single-chamber pump-type dense phase positive pressure pneumatic conveying system optimizes the gas-solid ratio and conveying pressure to achieve smooth and efficient material delivery, fundamentally reducing the risk of pipe blockages, lowering equipment maintenance frequency, and pr
Traditional pneumatic conveying equipment often faces high energy consumption, pipeline blockages, and frequent maintenance, leading to frequent production line shutdowns and persistently high operating costs. The single-chamber pump-type dense phase positive pressure pneumatic conveying system optimizes the gas-solid ratio and conveying pressure to achieve smooth and efficient material delivery, fundamentally reducing the risk of pipe blockages, lowering equipment maintenance frequency, and providing enterprises with a stable and reliable production experience.
The single-chamber pump-type dense phase positive pressure pneumatic conveying system is a highly efficient conveying device specially designed for powder materials. It adopts the principle of dense phase positive pressure, using compressed air to drive materials through pipelines to form a plug flow or fluidized conveying system. The system features automated control functions and can adapt to various powder materials (such as cement, fly ash, mineral powder, etc.), achieving long-distance, high-concentration conveying while maintaining low energy consumption. Leveraging years of industry experience, Head Powder provides users with integrated solutions from design to installation.
High efficiency and energy saving:Uses dense phase conveying technology, resulting in a high gas-solid ratio, low gas consumption, and energy consumption reduced by more than 30% compared to conventional dilute-phase systems.
Sealed and dust-free:Fully enclosed piping system, materials are transported in a sealed environment, preventing dust leakage and meeting environmental protection requirements.
Compact structure:Single-chamber pump integrated design, small footprint, flexible installation, and adaptability to various site layouts.
Automated Operation:Equipped with a PLC control system, it enables automatic feeding, pressurization, conveying, and emptying processes, reducing manual intervention.
Durable and reliable:Key components are made of wear-resistant materials, and the silo body and pipelines are reinforced for long service life and low maintenance costs.
The single-chamber pump-type dense phase positive pressure pneumatic conveying is a customized product, with prices varying depending on material characteristics, conveying distance, conveying volume, and on-site conditions. Head Powder provides users with solution consultation and relatively accurate quotation services. Please provide specific requirements, and we will tailor an economical and suitable conveying system for you.
Solution Consulting Design:Based on the customer's materials and on-site conditions, we provide detailed technical solutions and equipment selection.
Professional installation and commissioning:Installation and commissioning are handled by an experienced engineering team, helping the system get up and running quickly.
Comprehensive Training and Guidance:Operators receive training on equipment usage and maintenance to help them become proficient.
Fast after-sales response:We offer 24×7 technical support and remote diagnostics, with on-site arrival within 48 hours if necessary.
Long-term Spare Parts Supply:Maintaining a consumable parts inventory helps ensure timely supply of spare parts throughout the entire equipment lifecycle.
| Parameter name | Typical range |
|---|---|
| Conveying capacity | 5 ~ 80 t/h (adjustable depending on material and distance) |
| Work pressure | 0.2 ~ 0.6 MPa |
| Conveying distance | Horizontal: 50 ~ 500 m, vertical: 10 ~ 60 m |
| Cangrong | 0.5 ~ 15 m³ |
| Air source requirements | Compressed air, pressure 0.4~0.8 MPa |
| Control methods | PLC automatic control supports remote communication |
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Specify materials and operating conditions; engineers calculate selection parameters and provide configuration lists; Drawings and technical documentation for this model can also be requested directly.
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