Pan Type Concrete Mixer
Production Capacity:
2-12 T/H
Warranty Period:
1 year
Mixing Uniformity Exceeds 95%
Fully Automatic Operation
Mobile and Easy to Relocate
Customizable Design
The pan type concrete mixer is a high-efficiency, continuous feeding and mixing device that can reliably handle powdery, granular, and small lump materials, ensuring that the raw materials are thoroughly mixed before entering the next process. The equipment uses a cycloidal pinwheel reducer, featuring a compact structure and easy operation, allowing for uniform mixing and smooth discharge. The mixing pan, discharge port, mixing arms, rack, reducer, and transmission mechanism work together to fully blend the materials under the action of the mixing teeth, improving mixing uniformity.
AGICO is a professional manufacturer of concrete batching plants and related equipment. Our pan concrete mixer offers advantages such as energy efficiency, compact size, high mixing speed, and continuous operation, making it an ideal choice for mixing various powdered and granular materials.
Structural Features
- Disc-type design: Material is fed from the top and discharged from the bottom. The disc body can be detached or tilted, making cleaning and material removal easier.
- The mixing head is adjustable in height to maintain a consistent mixing depth.
- Equipped with an emergency stop button, safety cover, maintenance port, and high-quality heavy-duty bearings.
Structural Features
- Compact overall structure with a small footprint, excellent sealing, and stable, reliable operation.
- Standard configuration includes a cycloidal pinwheel/cycloidal gear reducer, which is compact, low-noise, and easy to operate.
- Supports PTO or hydraulic motor drive, allowing flexible adaptation to various work scenarios.
- The main shaft is driven by the reducer and, combined with high-efficiency mixing blades/gears, achieves powerful mixing.
Durability
- The frame is made of Q235 carbon steel, providing high rigidity and long service life. A protective spring structure effectively prevents damage from hard aggregates.
- Critical wear parts are made of high-wear-resistant steel, significantly enhancing durability.
- The mixing disc can be lined with polypropylene or stainless steel plates, offering both anti-sticking and wear-resistant properties.
- The entire machine is treated with galvanization or professional anti-corrosion coating, with a general protection rating of IP55.
Mobility
- Uses a standard three-point suspension and can be front-mounted or rear-mounted.
- Some models are equipped with fork slots for quick movement using a pallet fork.
- Optional rubber wheels can be installed for flexible mobility.
Additional Features
- Optional variable frequency speed control allows precise adjustment of the mixing disc or turret rotation speed.
- Supports dual discharge port configurations (side or rear discharge).
- Provides a dust collection bag diversion device, suitable for fixed work environments.
| Production Capacity | 2-12 T/H |
| Spindle Speed Range | 9-12 rpm |
| Model | AG-PJ1500, AG-PJ1600, AG-PJ1800, AG-PJ2000, AG-PJ2200, AG-PJ2500 |
| Material Processed | Powdery, granular, or small block materials |
| Capacity | 200L – 5000L (customizable) |
| Custom Options | Capacity, size, logo, packaging, pattern, etc. |
| Applicable Fields | Suitable for raw material mixing in fertilizer, chemical, and construction industries; ideal for aggregates, powders, and various compound materials |
| On-time Delivery Rate | 100% |
| Warranty Period | 1 year |
| Application | Bulk bag concrete mixing, farm feed mixing; can be mounted on tractors or forklifts, ideal for agriculture and construction industries |
Specifications
| Model | Mixer Diameter (mm) | Wall Height (mm) | Speed (r/min) | Power (kW) | Production Capacity (t/h) | Dimensions (L×W×H, mm) | Weight (Kg) |
| PJ1500 | 1500 | 400 | 12 | 5.5 | 1-3 | 1500×1500×1368 | 1200 |
| PJ1600 | 1600 | 400 | 12 | 5.5 | 3-5 | 1612×1612×1368 | 1200 |
| PJ1800 | 1800 | 400 | 10.5 | 7.5 | 4-5 | 1900×1812×1368 | 1400 |
| PJ2000 | 2000 | 500 | 10.5 | 7.5 | 5-8 | 2100×1812×1368 | 1550 |
| PJ2200 | 2200 | 500 | 10.5 | 11 | 6-10 | 2300×2216×1503 | 1668 |
| PJ2500 | 2500 | 550 | 9 | 15 | 10-16 | 2600×2516×1653 | 2050 |
Reasons to Choose AGICO’s Pan Type Concrete Mixer
Increase Mixing Efficiency by 30%–50%
The mixing blades of the pan concrete mixer rotate at 9–12 r/min, allowing a large volume of material to be mixed in a short period. Compared with traditional mixing methods, its mixing efficiency can be increased by 30%–50%.
Reach Mixing Uniformity Over 95%
The vertical pan concrete mixer enables multidimensional movement of materials on the pan, ensuring thorough contact and mixing. Whether the materials are granular or powdered, a high degree of uniformity can be achieved, with mixing uniformity reaching over 95%.
Wide Range of Applications
The vertical pan concrete mixer has strong adaptability to different materials and can mix various types of materials, including dry powders, wet materials, and viscous substances. By changing the mixing blades and adjusting the mixing parameters, it can meet the requirements of different mixing processes.
Reduces Labor Intensity
The operation interface of the equipment is simple and easy to understand. Operators only need to set parameters such as mixing time and rotation speed on the control panel, and the equipment will run automatically. Additionally, maintenance is convenient, with components easy to disassemble for cleaning or replacement.
Reduced Energy Consumption by 10%–20%
The vertical pan concrete mixer is designed with energy efficiency in mind. By optimizing the shape and structure of the mixing blades, the energy consumption during mixing is reduced. Compared with similar equipment, energy consumption can be lowered by 10%–20%.
Why AGICO?
1-Year Warranty Service
All equipment comes with a one-year warranty and 24-hour after-sales support, ensuring stable and reliable operation at all times.
Compliance with International Standards
All equipment is manufactured in accordance with ISO quality management systems and strictly complies with local standards.
Long-Term Maintenance
We establish a long-term technical support system, including regular follow-up visits and communication to resolve issues encountered during use.
Regular Follow-Up Visits
Our after-sales engineers conduct regular on-site inspections and training, ensuring the equipment consistently operates at peak performance.
Pan Type vs. Planetary Concrete Mixer: Key Differences
| Comparison Item | Pan Type Concrete Mixer | Planetary Concrete Mixer |
| Mixing Principle | Mixing blades rotate on a fixed or rotating pan, self-rotation mixing | Mixing arms rotate on their own axis while revolving around the pan center, planetary motion mixing |
| Mixing Uniformity | Over 95% | Very uniform, suitable for high-performance and stiff concrete |
| Applicable Materials | Ordinary concrete, mortar | High-performance concrete, special concrete, mortar, dry powder mixtures |
| Equipment Cost | Low, simple structure, easy maintenance | High, complex structure, higher maintenance cost |
| Typical Applications | Road construction, floor concrete, ready-mix concrete | Precast components, high-flow concrete, prefabricated buildings, high-strength concrete |
Pan Concrete Mixer Working Principle
Structural Composition
- The pan concrete mixer mainly consists of a pan, mixing blades, a drive unit, a feed inlet, and a discharge outlet.
- The pan is usually placed horizontally and serves as the main area for material mixing. The mixing blades are installed above the pan and connected to the drive unit, which allows them to rotate at high speed when powered by the motor. The drive unit provides power for the mixer and controls the rotation speed of the blades.
- The feed inlet is located at the top of the mixer for easy material input, while the discharge outlet is positioned at the bottom of the pan for smooth removal of the mixed material.
The pan concrete mixer mixes materials using the blades on the pan surface. During operation, the rotating blades generate centrifugal and stirring forces, pushing the material toward the center of the pan and allowing it to flow evenly across the surface. This creates strong material circulation on the pan, enabling rapid mixing and achieving a uniform dispersion.
1
Start-Up and Feeding
The drive unit powers the mixing blades to rotate at high speed above the pan. Once the material enters the pan through the feed inlet, it falls onto the pan surface.
2
Material Mixing
During rotation, the material is acted upon by three main forces. Centrifugal force pushes the material toward the edge of the pan, shear force divides and evenly distributes the material, and friction force induces relative motion of the material on the pan surface. The combined action of these three forces causes the material to flow along complex trajectories, ensuring thorough mixing.
3
Vertical Convection
The special design of the mixing blades generates vertical convection, causing the material to move up and down, which further enhances mixing uniformity and efficiency.
