1.5m³ Self Loading Concrete Mixer Truck

The Features Of The Self Loading Concrete Mixer Truck

1. Intelligent Design & Automated System: The leading automatic feeding and mixing system, combined with an electronic metering system, ensures precise automatic material weighing, mixing, and discharging, guaranteeing high efficiency and consistency while minimizing human error.

2. User-Friendly Operation & Ergonomic Design: Simple and intuitive operation, with an adjustable steering wheel that can be freely adjusted according to individual driving habits, enhancing comfort and flexibility during operation.

3. High Efficiency & Cost Savings: Efficient output saves time, labor, and costs. The design of the mixing tank and loader optimizes transportation and operational workflows, improving overall productivity.

4. 270-Degree Rotation & Perfect Integration: The mixing and discharging process can rotate 270 degrees, providing greater operational flexibility. The perfect integration of the mixing tank, loader, and transport truck forms a complete, high-efficiency solution for operations.

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 Many Cubic Meters of Concrete Can a Self-Loading Concrete Mixer Produce per Hour?

A: The actual output of a self-loading concrete mixer is not simply calculated by multiplying the drum capacity by a fixed number of batches. It depends on the total cycle time required for loading, adding water, mixing, traveling, and discharging. When sand, aggregates, and cement are stored together, the transport distance is short, and the operator is experienced, production efficiency will be higher. If the raw materials are scattered, the construction site is farther away, or road conditions are poor, the hourly output will decrease accordingly. Therefore, it is recommended to estimate capacity based on drum capacity, material location, discharge distance, and site organization rather than selecting a machine based only on theoretical output.

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

A: Yes, provided that the machine has an appropriate weighing system and the operation is standardized. Sand and aggregates are generally loaded through the bucket, water is added through the water tank and metering system, and cement can be added in bags, bulk bags, or other forms depending on the project. For projects with strict mix ratio requirements, it is recommended to choose a self-loading concrete mixer equipped with an electronic weighing system and water metering function, and to calibrate the weighing system regularly. If the project requires strict compliance with a laboratory-designed mix ratio, estimating material quantities only by counting bucket loads is not reliable.

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

A: Some self-loading concrete mixer models are equipped with four-wheel drive, engineering tires, and high ground clearance, making them suitable for rural roads, mining areas, mountainous regions, and unpaved construction sites. However, off-road capability does not mean the machine can safely operate on all muddy or steep roads. When selecting a model, information such as the maximum slope, road width, ground conditions, and rainy-season road conditions should be provided. If necessary, a four-wheel-drive model or tires better suited to complex terrain should be selected.

Q: What Should Be Considered When Using a Self-Loading Concrete Mixer on Slopes?

A: When a self-loading concrete mixer travels on slopes, the concrete inside the mixing drum acts as a dynamic load and affects the vehicle’s center of gravity, so full-load safety cannot be judged simply by the machine’s empty-load climbing ability. On steep slopes, operators should avoid driving across slopes, making sharp turns, and traveling downhill at high speed, while also controlling the load. For mountainous projects, it is recommended to provide the maximum longitudinal and lateral slope conditions in advance so that the appropriate model can be selected based on vehicle weight, drive system, braking system, and tire configuration.