Mobile Tire-Mounted Construction Waste Recycling Plant – High-Efficiency On-Site Solution
Urban construction generates enormous amounts of waste, from demolished concrete to broken bricks and tiles. Managing this waste efficiently is crucial for cost control, environmental compliance, and sustainable construction practices. Our Mobile Tire-Mounted Construction Waste Recycling Plant offers a comprehensive solution by enabling on-site crushing, screening, and recycling, transforming construction debris into reusable aggregates for roads, bricks, and concrete production.
This mobile plant is designed for diverse projects such as urban demolition, old town reconstruction, road dismantling, and large-scale renovation, where mobility, speed, and environmental performance are critical. By processing materials on-site, it significantly reduces transportation costs, dust, and spillage, while generating high-quality recycled products.
Key Features and Advantages
1. High Mobility & Rapid Deployment
Equipped with a double-axle tire-mounted chassis, the plant can be towed easily between sites without specialized transport equipment. Unlike traditional stationary plants, it does not require concrete foundations or permanent installation. Within just 2–3 hours, the plant can be operational, making it ideal for scattered urban demolition projects. This mobility saves time, reduces logistical headaches, and allows operators to adapt quickly to changing project requirements.
2. On-Site Processing & Cost Efficiency
Transportation of construction waste to off-site processing facilities can consume substantial resources and increase operational costs. By crushing and recycling materials directly at the demolition site, this plant can cut transportation costs by 30–50%. Additionally, on-site processing minimizes dust and spillage during transport, enhancing safety and environmental compliance. The plant can also recover steel bars and other metals, providing an additional source of revenue.
3. Integrated All-in-One Design
This plant is a fully integrated solution that combines feeding, crushing, magnetic separation, screening, and conveying into a single mobile unit. It can handle mixed construction waste, including concrete, bricks, and tiles, and produces adjustable output sizes to suit various construction needs. This all-in-one design simplifies operations, reduces manpower requirements, and ensures consistent product quality.
4. Environmentally Friendly Operation
Urban construction projects face strict environmental regulations, particularly regarding dust and noise. The fully enclosed design of this plant significantly reduces dust emissions and operates with low noise levels, making it suitable for densely populated areas. By converting waste into reusable aggregates, it also promotes sustainability and supports green building practices.
5. Easy Operation & Reliable Performance
The plant features a central control cabinet and hydraulic system that allow operators to manage all functions with simple push-button controls. Only 2–3 operators are needed for efficient operation. Core components, including the impact crusher, magnetic separator, and trommel screen, are made with wear-resistant materials and CE-certified motors, ensuring stability and durability even under continuous heavy-duty work.
Working Process – Step by Step
- Feeding and Pre-Cleaning
Loaders feed the construction waste into the hopper. The vibrating feeder ensures uniform material flow, removes soil, and prevents blockages, preparing the material for efficient crushing. - Crushing
Large concrete blocks, bricks, and tiles are fed into the PFW0810 impact crusher. This crusher efficiently breaks down the waste into smaller aggregates while maintaining a high-quality particle shape. - Magnetic Separation and Screening
Before screening, the RCYD-6.5 magnetic separator automatically removes steel bars, iron wires, and other ferrous metals. The material is then sent to the GTS1548 trommel screen, which classifies aggregates into 0–5 mm, 5–20 mm, and 20–40 mm sizes, ensuring precise sorting for different construction applications. - Stockpiling and Reuse
Finished aggregates are transported via the integrated belt conveyor system to designated stockpiles. These recycled products are immediately ready for use in construction projects, minimizing storage needs and improving project efficiency.
Recycled Products and Applications
| Product | Description & Use |
|---|---|
| 0–5 mm Fine Aggregate | Replaces natural sand in bricks, mortar, wall plaster, and other construction materials. |
| 5–40 mm Coarse Aggregate | Suitable for road base, parking lots, concrete batching plants, and general construction projects. |
| Recovered Steel | Extracted from demolition waste and sold directly for additional revenue. |
By converting construction waste into high-quality recycled materials, this plant not only supports sustainable construction practices but also adds economic value through material reuse.
Technical Specifications
- Capacity: 50–80 tons/hour
- Max feed size: ≤500 mm
- Output sizes: 0–5 mm, 5–20 mm, 20–40 mm (customizable)
- Total power: ~153.4 kW
- Main components: PFW0810 impact crusher, GTS1548 trommel screen, RCYD-6.5 magnetic separator
This technical configuration ensures reliable performance under demanding conditions while offering flexibility to adapt to different construction scenarios.
Service, Warranty, and Support
- Delivery Time: 20–25 working days after deposit
- Warranty: 15 months from B/L date or 12 months after commissioning on site
- Support: Complete installation, operator training, and on-site technical guidance are provided
Our dedicated after-sales service ensures that your plant operates efficiently from day one, minimizing downtime and maximizing project productivity.
Call to Action:
Experience efficient and sustainable construction waste management with our Mobile Tire-Mounted Construction Waste Recycling Plant. Contact us today to request a detailed quote or schedule an on-site demonstration. Transform your demolition waste into valuable construction resources while saving time, cost, and environmental impact.

