Forced Concrete Mixer

The equipment boasts exceptional mixing homogeneity, utilizing the forced shearing and compression of the blades rather than gravity tumbling. It powerfully blends various materials such as sand, gravel, cement, and fly ash, ensuring uniform mixing and addressing the industry pain point of gravity-fed mixers' inability to mix dry materials. For trace materials and significant density differences, it achieves rapid and uniform diffusion without segregation.

With a short mixing cycle and high capacity matching, a single mixing cycle typically lasts 30-60 seconds, far exceeding the efficiency of gravity-feed mixers. It can precisely match the forming rhythm of fully automatic brick-making machines, ensuring seamless material supply and preventing production line downtime. The equipment fully meets the requirements of high-volume, high-standard colored paving bricks.

Complete unloading with no residual material interference; the unloading gate features a wide opening angle design, with a residual rate typically ≤0.5%. When changing brick colors or formulas, there's no need for time-consuming cleaning, reducing raw material loss. The twin-shaft design allows materials to rub against each other, effectively reducing direct impact on the inner wall of the drum.

Stable operation, suitable for continuous operation, meeting the core requirement of 24-hour uninterrupted operation of brick production lines. Forced mixers have excellent structural rigidity, low operating vibration, and high equipment durability, making them less prone to mechanical failure during long-term high-intensity operation.

Easy to automate, precisely coordinated with batching machines and conveyor belts through a PLC control system. The equipment can automatically adjust mixing time and unloading volume, realizing the fully automated closed-loop operation of "batching-mixing-forming", ensuring that the quality of each brick is uniform and stable.

The liners and blades are made of ultra-wear-resistant materials, resulting in a longer service life and reducing maintenance costs. The modular design allows for easy replacement of parts, and the twin-shaft "material-to-material" abrasion mechanism further reduces direct wear on components.