MB-135W Stationary Concrete Batch Plant

MB-135W concrete batching plant has got a very high ready-mix concrete capacity which is sometimes a challenge to deliver. Some customers report that with good logistics they manage to deliver 3000+ m³ in 24 hours.

Heavy Main Chassis: Heavy main chassis minimizes the vibrations occurring during normal operation coming from the loading process, belt operation and mixing. Less vibration not only increases the accuracy but also increases the weighing speed which contributes to overall capacity.

Separate Weighing Hoppers: On all MEKA concrete mixing plants weighing hoppers for cement, water, additives and other materials are separated from the mixer frame and are installed on a separate chassis to minimize vibrations. Installing these directly on the mixer frame transfers the vibrations coming from the mixer to the scales. It affects the weighing process which becomes less accurate and requires more time to finish. Both accuracy and speed are negatively affected.

Multi-Loadcell Design: Cement and water scales are equipped with 2 loadcells to optimize the load distribution and to maximize the accuracy. On the other hand, cardan connections allow free movement and prevent the loadcell and other connection from breakdowns. MEKA never installs weighing hoppers on mixers.

Bin walls have aggregate capture waves which are parallel to the ground. This structure reduces the wear of steel panels as the material is flowing over the aggregates which are kept in the spaces. This technology is used by most advanced manufacturers as it increases the lifetime of equipment.

Each compartment of the aggregate bin of MB-135W concrete plant is equipped with two pneumatically controlled discharge gates. This ensures fast aggregate load onto the weighing belt and precise dosing/jogging for maximum accuracy.

We offer only premium parts from global well-known brands with our concrete batch plants. Most of the equipment can easily be found on global markets. This ensures long-term reliable continuous operation with minimum possibilities of break-downs.