The grass paver permeable molding machine adopts a high-rigidity gantry hydraulic integrated structure, equipped with a dual servo motor driven vibration system and a 4000KN synchronous pressurization device. Through upper and lower pressurization combined with multi-source vibration technology, it ensures that the internal density of the produced grass pavers reaches over 98%, the compressive strength is stable in the MU10.0-MU15.0 range, and the thickness error of the finished product is strictly controlled within 1mm.
In terms of core production capabilities, a single mold can form 18 100×200×60mm paving bricks in one go, with a stable hourly production capacity of up to 2000 bricks. Relying on the brand's patented rapid mold change system, mold switching can be completed within 30 minutes without professional hoisting assistance.
It is compatible with more than 20 different specifications of building materials, including curb stones, slope protection bricks, and permeable bricks, fully meeting the diverse order needs of municipal engineering, landscaping, and real estate development projects.
1. A full-chain intelligent control system: The equipment is equipped with an industrial-grade PLC and Quanzhou's exclusive cloud service platform, enabling real-time monitoring and dynamic optimization of 32 core process parameters, such as vibration frequency and forming pressure.
It supports 0-50Hz stepless frequency adjustment vibration, and the built-in AI algorithm can automatically match the optimal vibration curve according to the particle size distribution and moisture content of different raw materials, ensuring uniform material distribution without segregation in the low-frequency stage and rapid degassing and dense forming of the green body in the high-frequency stage.
The accompanying self-diagnostic system can provide early warnings of potential problems such as hydraulic valve group wear and vibration motor malfunctions, reducing unplanned downtime by more than 30% and significantly improving the stability of continuous production line operation.
2. The innovative high-precision and high-efficiency molding process adopts a proprietary "three-stage material placement + hydraulic clamping" process. The forced material placement system uses centrifugal discharge technology to ensure uniform distribution of concrete materials within the mold box, completely avoiding industry pain points such as localized material shortages and uneven compaction.
Combined with a full-station capsule vibration damping device, the equipment operating noise is controlled below 75dB, far below the industrial production noise limit. The standard molding cycle for the entire machine is only 15-20 seconds, with a single-shift 8-hour production capacity exceeding 45,000 bricks.
Newly demolded bricks can be directly stacked in 5 layers without additional pallet support, saving 80% on wooden pallet procurement and daily wear costs, significantly reducing the production line's supporting investment costs.
3. The equipment features a comprehensive environmental protection and energy-saving design, with unit product energy consumption controlled at 2.8 kW·h/ton of bricks, a 15% reduction compared to traditional models of the same specifications. Equipped with a fully enclosed dust cover and negative pressure dust collection system, the dust emission concentration at the production site is ≤8 mg/m³.
Simultaneously, the equipment can efficiently utilize various industrial solid wastes such as construction waste, fly ash, and steel slag as production raw materials, with a solid waste addition rate of 60%-80%, truly achieving resource utilization by "turning waste into treasure."
The produced grass pavers achieve an F150 level in freeze-thaw cycle testing, with a permeability coefficient of 1.5×10⁻²cm/s, perfectly adapting to the construction needs of permeable paving in sponge cities, ecological parking lots, and other scenarios.
4. Full-range rotation and synchronous operation: The bottom material trolley adopts an independent reduction drive mechanism, driving the wear-resistant material-feeding blades to rotate continuously 360° and synchronize with the material-feeding action, achieving all-round arch breaking of the hopper.
Eliminating bridging and reducing losses: Compared to traditional swing or vibratory arch breakers, this technology effectively avoids material bridging and blockage, significantly reducing downtime for material clearing and improving equipment operating efficiency and reliability.
5. Modular integrated design: Integrating hydraulic power, control system, and oil circuitry into a single module significantly reduces external pipeline connections compared to traditional split designs, lowering leakage risk and improving system response speed and operational stability.
High-efficiency, low-consumption, continuous operation: The integrated design makes daily maintenance and upkeep more convenient. The system boasts advantages such as fast response speed, stable pressure, and low energy consumption, meeting the requirements for long-term continuous and efficient equipment operation.
| Products | External dimensions | Number of molded blocks (blocks/mold) | 8-hour production capacity |
| Hollow bricks | 390*190*190mm | 9 | 10,368-12,960 |
| Standard bricks | 240*115*53mm | 50 | 72,000-96,000 |
| Dutch bricks | 200*100*60mm | 36 | 41,472-51,840 |
| Machine Model | T9 |
| Standard Pallet Size | 1350 × 700 mm |
| Max. Molding Area | 1300 × 650 mm |
| Product Height Range | 50 - 500 mm |
| Cycle Time | 15 – 25 seconds |
| Main Vibration Type | Table Vibration |
| Control System | SIEMENS |
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