1.5m³ Small Capacity Self Loading Concrete Mixer

The Features Of The Self Loading Concrete Mixer Truck

1. Enhanced Driving Comfort & Visibility: Equipped with front and rear cameras, a display monitor, and a luxury suspension seat, the mixer truck provides improved visibility, safer operation, and greater comfort during long working hours.

2. Intelligent Instrumentation & Easy Operation: The digital instrument panel provides clear monitoring of key operating information, helping operators understand machine status and perform daily operations more conveniently and efficiently.

3. Timed Water Supply for Consistent Mixing: The timed water supply system enables controlled and consistent water addition during concrete mixing, helping maintain stable concrete quality while simplifying the mixing process.

4. Efficient Discharge & Reduced Material Residue: Equipped with an unloading vibrator, the mixer truck accelerates concrete discharge and helps reduce material remaining inside the drum, improving unloading efficiency and minimizing material waste.

5. Integrated Cement Hopper for Convenient Feeding: The cement hopper provides a practical solution for cement loading during on-site concrete production, reducing manual handling and improving the overall efficiency of loading and mixing operations.

The Specification Of The Self Loading Concrete Mixer Truck

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

if there is any doubt, the specific confirmation of our international trade sales shall prevail;

Ordering and Process for Concrete Mixer

FAQ

Q: What Is the Hourly Concrete Production Capacity of a Self-Loading Concrete Mixer?

A: The hourly production capacity of a self-loading concrete mixer cannot be calculated simply by multiplying its drum capacity by a fixed number of batches. Actual output depends on the complete operating cycle, including material loading, water addition, mixing, travel, and concrete discharge. When sand, aggregates, and cement are stored close to the machine, transportation distances are short, and the operator is experienced, the mixer can achieve higher productivity. If materials are located in different areas, the pouring point is far away, or site roads are difficult, hourly production will be reduced. Therefore, when evaluating self-loading concrete mixer capacity, factors such as drum capacity, material locations, travel distance, discharge distance, and overall site organization should be considered rather than relying only on theoretical output.

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

A: Yes, as long as the self-loading concrete mixer is equipped with a suitable weighing system and operated according to standardized procedures. Sand and aggregates are typically loaded using the front bucket, while water is supplied through the onboard water tank and metering system. Depending on the project, cement can be added in bags, bulk bags, or other suitable forms. For applications requiring accurate concrete mix proportions, an electronic weighing system and water metering function are recommended, with regular calibration to maintain accuracy. If the project requires strict compliance with a laboratory-designed mix ratio, material quantities should not be estimated simply by counting bucket loads.

Q: Can a Self-Loading Concrete Mixer Work in Mountainous, Muddy, or Unpaved Areas?

A: Yes, certain self-loading concrete mixer models are designed for challenging terrain and can be equipped with four-wheel drive, heavy-duty engineering tires, and high ground clearance. These configurations make them suitable for mountainous construction sites, rural roads, mining areas, and unpaved roads. However, the off-road performance of a mixer varies by model and does not mean it can safely operate on every muddy or steep road. When selecting a self-loading mixer for difficult terrain, factors such as maximum slope, road width, ground conditions, and seasonal rainfall should be considered. A 4WD configuration and terrain-appropriate tires may be recommended for more demanding applications.

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

A: When a self-loading concrete mixer operates on a slope, the concrete inside the mixing drum creates a dynamic load and can change the machine's center of gravity. Therefore, the climbing performance of an empty machine should not be used alone to determine its safety under full-load conditions. On steep slopes, operators should avoid driving sideways across the slope, making sharp turns, or traveling downhill at excessive speed, while keeping the load within the recommended range. For mountainous construction projects, it is advisable to provide the expected maximum longitudinal and lateral slopes in advance so that the appropriate self-loading concrete mixer can be selected based on operating weight, drivetrain, braking system, tire configuration, and overall stability.