A stabilized soil mixing plant (also known as a water-stabilized mixing plant or stabilized soil batching plant in the industry) is a fully automatic continuous mixing equipment set dedicated to road subgrade construction.
It can mix aggregates such as crushed stone, gravel, soil and sand with inorganic binders such as cement, lime and fly ash according to the engineering design ratio. Through precise metering and forced continuous mixing, it produces special stabilized soil mixtures for road subgrades, including cement-stabilized soil, lime-stabilized soil, lime-fly ash crushed stone and graded stabilized crushed stone. It is core essential equipment for the subgrade construction of high-grade highways, municipal roads, airports and railways.
In simple terms: it is a professional mixing plant specially for producing road subgrade bearing layer materials. Different from concrete batching plants that produce pavement concrete, it is designed exclusively for subgrade stabilization, load-bearing and reinforcement.
① Ultra-high mixing accuracy, stable and qualified mixture qualityAdopting a fully automatic electronic weighing and metering system, the aggregate metering accuracy is ±1.5%, cement/powder metering accuracy ±1%, and water metering accuracy ±1%, fully complying with highway subgrade construction specifications. Compared with on-site mixing by road mixers, the mixing uniformity and strength consistency are improved by more than 80%, completely solving problems of segregation and uneven strength.
② Double-shaft forced mixing, uniform mixing without segregationEquipped with a double-shaft forced non-liner mixer with multi-angle mixing blades, it fully mixes aggregates, powder and water in seconds. The mixture is dense and uniform, free of uncoated materials, agglomerates and segregation, ensuring the subgrade compaction and strength fully meet standards.
③ Fully automatic intelligent control, simple operation and labor savingFully automatic PLC computer control system supports one-key start/stop, automatic ratio recording, output statistics and fault alarm. The whole process of automatic feeding, metering, mixing and discharging can be operated and managed by a single person, greatly reducing labor costs.
④ Modular combination, convenient installation and maintenanceSplit-type modular design for easy disassembly and assembly; integrated unit for quick production without foundation. Vulnerable parts are centrally arranged for convenient daily inspection, cleaning and maintenance.
⑤ Continuous production, high construction efficiencyContinuous feeding, mixing and discharging without interruption. The discharging speed matches the construction rhythm of pavers and transport vehicles, avoiding material shortage and downtime, perfectly adapting to the continuous subgrade paving construction schedule.
Specially for producing inorganic stabilized subgrade mixtures (cement-stabilized crushed stone, lime-fly ash stabilized soil, lime soil, graded gravel stabilized soil, etc.) for road subgrade reinforcement, load-bearing and leveling. As the core bearing structural layer of the pavement structure, it directly determines the service life of the road.
Compatible with all road stabilized soil raw materials: crushed stone, gravel, soil, stone chips, fly ash, quicklime, hydrated lime, cement, industrial waste residue, etc.
A complete stabilized soil mixing plant consists of 6 core system modules:
| Model | Theoretical Hourly Output (t/h) | Number of Aggregate Silos | Aggregate Metering Accuracy | Powder Metering Accuracy | Total Installed Power (kw) | Mixer Type | Applicable Type |
| WBZ300 | 300 | 2~3 silos | ±1.5% | ±1% | 75 | Double-shaft Forced | Small integrated unit |
| WBZ400 | 400 | 3~4 silos | ±1.5% | ±1% | 92 | Double-shaft Forced | Integrated/split universal |
| WBZ500 | 500 | 4 silos | ±1.5% | ±1% | 120 | Double-shaft Forced | Medium split plant |
| WBZ600 | 600 | 4 silos | ±1.5% | ±1% | 155 | Double-shaft Forced | Large split plant |
| WBZ800 | 800 | 4~5 silos | ±1.5% | ±1% | 190 | Double-shaft Forced | Large highway engineering plant |
The whole equipment operates in a fully automatic continuous cycle, with 5 steps:
The whole process runs continuously and uninterruptedly, with feeding → metering → mixing → discharging carried out simultaneously to maximize efficiency.
Stabilized soil mixing plants (fixed large-scale plants) support online quotation.Price influencing factors: number of aggregate silos, powder silo tonnage, control system configuration, accessory brands, etc.
Customization services:
