Forced concrete mixer
What is a Forced Concrete Mixer?
A forced concrete mixer, often categorized under the broader umbrella of industrial Concrete mixing machine, represents the pinnacle of efficiency and consistency in producing high-quality concrete mixes. Unlike free-fall mixers, it utilizes a powerful mechanical action to forcibly blend materials, ensuring a thorough and homogeneous mixture even with stiff, low-slump, or fiber-reinforced concrete. This type of Concrete mixing equipment is indispensable for demanding applications like precast concrete plants, ready-mix operations, and major construction projects. The core design typically revolves around two main configurations: the highly efficient and rapid Twin-shaft concrete mixer, known for its intense mixing action, and the compact Vertical shaft concrete mixer, which is excellent for batches requiring shorter mixing cycles and is often used in mobile or smaller-scale setups.
Unmatched Performance and Specifications of Our Forced Concrete Mixer
The engineering behind our Forced Concrete Mixer prioritizes durability, power, and operational precision. Constructed from high-grade, wear-resistant steel, the mixing pan and blades are built to withstand the abrasive nature of concrete aggregates over prolonged periods. The drive system, featuring robust motors and heavy-duty gearboxes, delivers consistent torque for reliable performance under full load. We incorporate advanced sealing technology at all critical points to prevent leakage of grease and ingress of foreign materials, significantly reducing maintenance needs and extending the machine's service life. The control system is designed for both safety and ease of use, allowing operators to manage the mixing cycle with precision.
To meet diverse project requirements, our Forced Concrete Mixer is available in a range of standard models, with options for custom configurations. Key parameters that define its capability include:
- Mixing Capacity: Rated by both the volume of mixed concrete output per batch and the total volume of the mixing drum.
- Mixing Power: The electrical or hydraulic power driving the mixing shafts, directly influencing mixing force and cycle time.
- Discharging Height: The height from the ground to the discharge gate, crucial for compatibility with transport equipment like concrete dumpers or pumps.
- Mixing Cycle Time: The total time required to load, mix, and discharge one complete batch, a critical factor for project throughput.
Below is a detailed specification table for our primary forced mixer models:
| Model |
Batch Capacity (Mixed Concrete) |
Total Drum Volume |
Main Motor Power |
Output per Hour (Theoretical) |
Discharging Height |
| FCM-500 |
0.5 m³ |
0.8 m³ |
18.5 kW x 2 |
25-30 m³ |
1.5 m |
| FCM-750 |
0.75 m³ |
1.2 m³ |
22 kW x 2 |
35-40 m³ |
1.8 m |
| FCM-1000 |
1.0 m³ |
1.6 m³ |
30 kW x 2 |
45-55 m³ |
2.0 m |
| FCM-1500 |
1.5 m³ |
2.4 m³ |
37 kW x 2 |
65-75 m³ |
2.2 m |
The Forced Concrete Mixer also offers several customizable features. These include the choice of loading method (hopper, conveyor, or skip hoist), the type of discharge mechanism (manual, pneumatic, or hydraulic gate), and the configuration of the water metering system for precise batching. Additional options like liners for specific abrasion resistance, covers for dust suppression, and automated PLC control systems with data logging are available to tailor the equipment to your exact operational needs and environmental considerations.
