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The Yaweh self-loading mixer truck realizes the full automation of the entire concrete production process,including loading,wateraddition, mixing, unloading and transportation,truly achieving multiple uses with one machine.It has the advantages of simpleoperation and high production efficiency, and is particularly suitable for small and medium-sized construction projects, Accordingto the user's requirements, it can be equipped with heating and cooling air conditioners,electronic scales, high-pressure carwashing,bidirectional driving,etc.
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The 5500 Self Loading Concrete Mixer Truck represents a paradigm shift in on-site concrete production, meticulously engineered to streamline your operational workflow and elevate project execution. When you observe the heavy-duty 16Mn alloy steel drum in motion, you witness a masterpiece of industrial craftsmanship designed to withstand the most abrasive materials day in and day out. The deep, steady rumble of the turbocharged diesel engine translates directly into relentless power, ensuring that even the most demanding construction schedules are met with unwavering reliability. By transforming raw materials into high-grade concrete directly at the job site, this machine eliminates the logistical nightmares of coordinating multiple transport vehicles and stationary batching plants.
Every curve of the reinforced chassis and every hydraulic line is placed with precise intent to guarantee maximum uptime and structural integrity. The tactile, smooth feedback from the full hydraulic pilot control system gives operators absolute command over the mixing and pouring process, turning complex, labor-intensive tasks into a seamless, fluid operation. This is not merely a vehicle; it is a mobile, self-sufficient concrete production facility that empowers your fleet to tackle remote locations, tight urban spaces, and rugged terrains with unparalleled confidence. Investing in this machinery means securing a tangible competitive edge, where rapid deployment, reduced manual labor, and consistent, high-quality concrete output become the standard for your enterprise's success.
Adopting international standards of 15-16 degrees and adding built-in blades for semi mandatory mix- ing,Concrete mixing is more uniform, the mixing tank can be tilted forward, and the unloading speed is faster;
Equipped with precise electronic scale and automaticwater adding function, The data display is accurate, and the proportion can be adjusted by sitting in the driver's cab.
Vacuum steel wire tire, anti puncturing, explosion-proof, Stronger bearing capacity, National standard axle, dual brake calipers, Parking with air brake, excellent braking performance;
Equipped with hydraulic external suction pump,It can achieve auto matic and remote water addi- tion,The water tank of the mixing truck is convenient and fast to add water;
The entire vehicle is equipped with dual fuel tanks and dual heat dissipation,Continuous operation without high temperature,Cus tomized variable displacement pump, controllable rotation speed of the tank body,Better concrete quality;
Most accessories such as oil cylinders, tanks, frames, integral structural components, and frames, All are produced by our company, with solid materials, welded by Robotic arm, professional manufacturing and guaranteed quality;
| Model | 5500 Series (e.g., JBC5500 / LZ5500 / AL5500) |
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| Drum Capacity | 5.5 m³ (5500 Liters) |
| Concrete Output | 3.5 m³ / batch |
| Drive System | 4x4 Four-Wheel Drive (4WD) |
| Steering System | Articulated steering / Four-wheel steering |
| Engine Power | 85 kW - 92 kW (Yuchai/Yunnei turbocharged diesel engine) |
| Drum Slewing Angle | 270° - 290° (multi-directional discharge) |
| Max. Traveling Speed | 30 - 35 km/h |
| Max. Gradeability | 30° - 40° |
| Operating Weight | 7,100 kg - 9,500 kg (varies by specific configuration) |
| Dimensions L*W*H | Approx. 7500 × 2700 × 3400 mm |
| Water Tank Capacity | 750L - 900L (equipped with 24V self-priming pump) |
| Control System | Full hydraulic pilot control / High-precision electronic weighing system |
| Certification | CE, ISO9001, EPA |
1. Rural Development and the ‘Village Access’ Initiative
This represents the most widespread application of self-loading concrete mixers within China at present.
Rural Self-Built Homes / Country Houses: Rural construction projects typically require relatively small volumes of concrete per pour (tens of cubic metres) and operate within confined sites inaccessible to large commercial mixers. Self-loading mixers can be driven directly to the plot, mixing and pouring simultaneously for exceptional flexibility.
Rural Road Paving: Rural roads (concrete surfaces) are often fragmented, narrow, and winding. Self-loading mixers can mix while travelling, unloading directly at pouring points – significantly more efficient than traditional methods.
Irrigation Channels / Dam Repairs: Construction of water management facilities in remote fields and farmland is inaccessible to large machinery.
2. Infrastructure and Municipal Emergency Repairs
These tasks demand rapid response and involve dispersed work sites.
Road Repair and Maintenance: Addressing potholes, laying sub-bases for pavement bricks, etc., requires small but frequent concrete volumes.
Pipeline Installation Projects: When burying water pipes or laying cable trenches, trench foundations require pouring. Such projects span long distances with low volume per point, making self-loading mixer trucks ideal for mobile operations.
Car Parks / Plaza Paving: Small-scale hard surface projects.
3. Landscape Gardening and Greening Projects
Park / Scenic Area Development: Heavy trucks are often prohibited within scenic areas, where roads are winding. Self-loading mixer trucks, being compact, are suitable for pouring park bench bases, ornamental ponds, flower beds, etc.
Golf Courses / Resorts: Landscape moulding and surface hardening during construction.
4. Remote and Wilderness Projects
The sole viable option where commercial concrete plants (mixing stations) are unavailable.
Mining / Quarry Construction: Equipment foundation pouring and retaining wall construction in remote mining areas.
Hydropower Station Construction: Auxiliary works for mountainous hydropower stations. Complex terrain makes concrete transportation prohibitively costly; self-loading mixers source local aggregates (sand/gravel), requiring only water and cement for production.
Desert/Gobi Projects: Pile foundation pouring for photovoltaic power stations. Far from urban centres, self-loading mixers serve as the ‘ships of the desert’.
5. Specialised Operating Environments
Confined Space Operations: Renovation of older residential estates, basement concrete pouring (where ramps are available), tunnel construction, and similar projects with restricted access where large vehicles cannot operate.
Off-Grid / Low-Power Environments: Diesel-powered with integrated generator functionality, eliminating the need for external power sources and making it ideal for remote field operations.
We understand that investing in heavy machinery requires thorough due diligence. Below, we address some of the most technical and operational inquiries we receive from procurement managers and project directors regarding the 5500 Self Loading Concrete Mixer Truck.
How does the electronic weighing system ensure concrete grade accuracy?
The system utilizes highly sensitive load cells integrated into the loading arm and chassis. These sensors provide real-time data to the cabin's microcomputer, allowing the operator to precisely monitor the exact weight of aggregates and cement entering the drum. This eliminates volumetric estimation errors and ensures strict adherence to required structural mix designs, such as C20 or C30 grades.
What maintenance routines are recommended for the 16Mn alloy steel drum?
While the 16Mn high-strength alloy offers exceptional wear resistance, we recommend a thorough daily washout using the onboard high-pressure water system immediately after the final pour. Additionally, a weekly inspection of the internal mixing blades for abrasive wear and a monthly check of the slewing ring lubrication will ensure the drum maintains its optimal mixing efficiency and longevity.
Can this equipment operate efficiently in high-altitude or extreme temperature environments?
Yes. The premium turbocharged diesel engines are specifically designed to compensate for thinner air at high altitudes, preventing significant power loss. For extreme temperatures, the climate-controlled ROPS cabin protects the operator, while the heavy-duty hydraulic fluids and cooling systems maintain optimal mechanical temperatures during intense, continuous operation.
How does the articulated steering system benefit tight construction sites?
Unlike rigid-frame trucks, the articulated chassis bends in the middle, drastically reducing the turning radius. When combined with four-wheel steering capabilities, the vehicle can pivot and maneuver in highly confined spaces. This is invaluable for tunneling projects, narrow rural roads, or congested urban development sites where traditional transit mixers simply cannot operate.
What is the expected return on investment timeline for infrastructure projects?
While timelines vary based on project scale and local labor rates, most operators experience a full return on investment within 8 to 14 months. This rapid ROI is driven by the elimination of separate loader and transit truck rentals, the reduction of 4 to 6 manual laborers per shift, and the ability to produce up to 200 cubic meters of concrete daily without relying on expensive third-party batching plants.
