0.7m³ Mobile Concrete Mixer for Small Construction Sites

The Features Of The Self Loading Concrete Mixer Truck

1. Premium Driving Experience & Enhanced Visibility: Equipped with front and rear cameras, a display monitor, a luxury suspension seat, and a spacious cab, the mixer truck provides a wider field of view, improved driving safety, and greater comfort during long working hours.

2. Efficient Hydraulic System & Easy Operation: Featuring a diesel self-priming water pump, hydraulic water tank, and hydraulic suction system, it ensures fast water supply, stable material loading, and smooth concrete mixing for efficient on-site production.

3. Intelligent Control & Convenient Working Functions: The digital instrument panel, timer, and LED lighting help operators monitor machine status in real time, improve operating accuracy, and maintain productivity in both daytime and nighttime construction.

4. Stable Performance & Reliable Construction Efficiency: Designed with an unloading vibrator and optimized hydraulic functions, the mixer truck reduces material residue, speeds up discharge, and improves overall mixing and unloading efficiency on construction sites.

5. Compact Design for Small Construction Projects: The 0.7m³ self-loading concrete mixer truck integrates loading, mixing, transporting, and discharging into one compact machine, making it ideal for residential buildings, rural roads, farms, landscaping, and remote construction projects.

The Specification Of The Self Loading Concrete Mixer Truck

With technological innovation, our product configuration and parameters will continue to change without notice; 

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FAQ

Q: How Much Concrete Can a Self-Loading Concrete Mixer Produce Per Hour?

A: The hourly concrete output of a self-loading concrete mixer cannot be determined simply by multiplying the drum capacity by a fixed number of cycles. Actual productivity depends on the complete working cycle, including material loading, water addition, mixing, traveling, and concrete discharge. When sand, aggregates, and cement are stored close to the machine, the transportation distance is short, and the operator is experienced, the mixer can achieve higher production efficiency. If materials are widely scattered, the pouring site is far away, or road conditions are difficult, the hourly output will decrease. Therefore, self-loading concrete mixer capacity should be evaluated based on drum capacity, material storage locations, transportation distance, and overall site conditions rather than theoretical output alone.

Q: Can a Self-Loading Concrete Mixer Produce Concrete with a Fixed Mix Ratio?

A: Yes. A self-loading concrete mixer can produce concrete according to a specified mix ratio when it is equipped with a suitable weighing system and operated correctly. Aggregates and sand are typically loaded with the front bucket, while water is supplied through the onboard water tank and metering system. Cement can be added manually using bags, bulk bags, or other suitable methods depending on the project. For applications requiring accurate concrete mix proportions, a self-loading mixer with an electronic weighing system and water metering function is recommended, and the weighing system should be calibrated regularly. When a laboratory-designed concrete mix is required, relying only on the number of bucket loads is not sufficiently accurate.

Q: Is a Self-Loading Concrete Mixer Suitable for Mountainous Areas, Muddy Ground, and Unpaved Roads?

A: Certain self-loading concrete mixer models are designed for challenging construction environments and may feature four-wheel drive, heavy-duty tires, and high ground clearance. These configurations make them suitable for applications such as mountainous construction sites, rural roads, mining areas, and unpaved roads. However, off-road capability does not mean that every model can safely operate on extremely muddy or steep terrain. When choosing a self-loading concrete mixer for difficult terrain, factors such as maximum slope, road width, ground conditions, and seasonal weather should be considered. Depending on the application, a 4WD model and tires designed for off-road conditions may provide better traction and mobility.

Q: What Should I Consider When Operating a Self-Loading Concrete Mixer on Slopes?

A: Operating a self-loading concrete mixer on slopes requires careful consideration because the concrete inside the drum creates a dynamic load and can change the machine's center of gravity. Therefore, the safe climbing ability of an empty machine does not necessarily represent its performance under full load. On steep slopes, operators should avoid driving across the slope, making sudden turns, or traveling downhill at excessive speed, while also maintaining an appropriate load. For mountainous or sloped construction projects, it is recommended to provide the expected longitudinal and lateral slope conditions in advance. The suitable self-loading concrete mixer can then be selected according to its operating weight, drive system, braking performance, tire configuration, and overall stability.