Concrete Batching Plant With Compact Structure

Haomei Machinery’s compact concrete structure batching plant features a space-efficient design concept. Through layout restructuring and modular integration, it achieves complete standardized ready-mixed concrete production capacity within a minimal footprint. Specifically designed for construction scenarios with limited space, it is a highly adaptable solution for urban redevelopment, mountainous mining areas, and small-scale commercial concrete mixing plants in towns and villages worldwide.

The vertically compact layout, which restructures space usage, is the core design feature of concrete batching plant with compact structure equipment. The compact concrete batching plant equipment adopts a bucket-type vertical feeding structure, replacing the belt conveyor corridor required by traditional belt-driven models. The aggregate batching unit and the main mixing tower are vertically aligned, and the powder silos are integrated on the side, minimizing horizontal space redundancy. Taking mainstream models as examples, the HZS35 compact concrete batch plant occupies approximately 9m × 5.5m, totaling less than 50㎡; the HZS50 compact concrete plant occupies approximately 11m × 7m, reducing the horizontal footprint by 30%-40% compared to standard belt-driven concrete batching plants of the same capacity. The overall height of the equipment is controlled within 12m, requiring minimal overhead clearance and making it suitable for height-restricted environments such as factory buildings and under bridges.

The compact design is achieved through optimized layout, without reducing core production configurations. All models come standard with a JS series twin-shaft forced mixer. The HZS35 compact structure concrete batching plant is equipped with a JS750 mixer with a nominal discharge capacity of 750L/pan, while the HZS50 compact structure concrete batching plant is equipped with a JS1000 mixer with a nominal discharge capacity of 1000L/pan. The standard mixing cycle is 60-72 seconds, accurately meeting theoretical production capacity. The mixing blades employ a staggered spiral arrangement, resulting in a mortar density variation coefficient ≤0.8%, achieving high-end industry standards for homogeneity. The metering system uses an independent electronic weighing module, with aggregate dynamic metering error ≤±2% and cement, water, and admixture metering error ≤±1%, fully complying with EN 206 and ISO 19720 international standards. It can stably produce C10-C50 grade ordinary concrete and pumped concrete.

In terms of civil engineering, the compact concrete batch plant equipment load is evenly distributed, requiring only a leveled and hardened ordinary ground surface for placement, eliminating the need for heavy reinforced concrete foundations. This reduces civil engineering work by more than 35% compared to standard belt conveyor stations. In terms of transportation, the modular design of the entire station results in compact component sizes, all compatible with standard container shipping, eliminating the need for special bulk cargo transportation and controlling cross-border logistics costs. In terms of installation, core components are pre-assembled in the factory at a rate of over 80%. On-site installation only requires module docking and wiring connection, allowing for commissioning and production within 5-7 days. This shortens the construction cycle by nearly 40% compared to traditional modular concrete mixing plants, significantly reducing overseas labor costs.

Based on years of experience exporting equipment, site limitations are often the primary constraint in selecting equipment for small and medium-sized projects. Many urban projects have to rent additional space due to equipment exceeding size limits, with land rent alone potentially accounting for more than 20% of the equipment investment. This compact  concrete batching plant can be directly integrated into existing site boundaries without requiring additional land, making it suitable for a wide range of scenarios, including small-scale municipal projects in city centers, renovation and expansion of old factory areas, construction sites in mountainous mining areas, and commercial concrete supply points in towns and villages. It can also serve as temporary supplementary production capacity for large-scale projects.

Haomei compact structure concrete batching plant focuses on space optimization, integrating complete standardized production capabilities within a limited footprint. It balances performance, cost, and implementation efficiency, providing a cost-effective concrete production solution for site-constrained construction scenarios and offering global customers more flexible equipment selection options.