China Mobile Concrete Mixer With Pump

A china mobile concrete mixer with pump is a movable equipment that integrates concrete mixing and pumping functions. Mobile concrete mixer pump machine is highly efficient and flexible, and is widely used in various construction scenarios. Combining concrete mixing and pumping capabilities, concrete mixer with pump allows raw materials such as cement, sand, and gravel to be directly added to the equipment, mixed into concrete, and then pumped directly, eliminating the need for a concrete batching plant or manual mixing. The mobile concrete mixer with pump equipment is typically mounted on a trailer, has a compact structure, and can be easily moved to different construction sites, making it suitable for multi-site operations and various small to medium-sized construction projects.

The mobile concrete mixer with pump from Haomei Machinery has a maximum theoretical concrete mixing capacity of 15 m³/h and a maximum theoretical concrete output capacity of 30 m³/h or 40 m³/h. As an construction machine exporter, our mobile concrete mixer with pump integrated machine possesses significant advantages in the export market. These advantages can be summarized in seven aspects: high-efficiency construction, flexibility and mobility, cost savings, reliable quality, environmental protection and energy saving, ease of operation, and wide application. A detailed analysis follows:
- High-efficiency construction:
This equipment integrates mixing and pumping functions, enabling on-site mixing and continuous pumping, achieving a construction efficiency 4-6 times that of traditional equipment. For example, its self-mixing concrete pumping capacity can reach 25 cubic meters/hour, and its ready-mixed concrete output capacity can reach 60-80 cubic meters/hour, significantly shortening the construction period and meeting the needs of rapid construction.
- Flexibility and mobility:
Equipped with a trailer, the equipment has driving capabilities, allowing for rapid relocation to different construction sites and adapting to alternating operations across multiple sites. Its compact design allows it to operate in confined spaces, such as rural self-built houses, tunnels, and slope protection, overcoming the site limitations of traditional equipment.
- Cost savings:
Purchase cost: One machine combines mixing and pumping functions, reducing the cost for customers purchasing two separate machines.
Labor costs: Automated operation reduces the need for manual labor; for example, only 1-2 people are required to complete mixing and pumping operations, lowering labor costs and safety risks.
Time costs: Continuous operation reduces intermediate steps, accelerates construction progress, and improves overall project efficiency.
- Reliable quality:
Concrete quality: On-site mixing avoids concrete segregation during transportation, ensuring minimal slump loss and higher pouring quality.
Equipment durability: Utilizing a high-quality forced mixer and a fully hydraulic system, it boasts stable performance, long service life, and reduced failure rates and maintenance costs.
- Environmental and energy-saving:
Low noise: The fully hydraulic mixing system reduces construction noise, meeting environmental protection requirements.
- Low fuel consumption: Compared to electric mixers with generators, the fully hydraulic system is more energy-efficient, reducing operating costs.
Civilized construction: Concrete is transported within pipelines, avoiding dust and leakage, achieving green construction.
- Easy operation:
Intelligent control: The electrical control system uses integrated modules, supporting intelligent fault display and real-time monitoring, reducing operational difficulty.
Rapid deployment: Equipment can commence operation within 15 minutes of arriving at the construction site, shortening construction preparation time.

Wide applications of china mobile concrete mixer with pump:
Rural market: Suitable for rural self-built houses, slope protection, road hardening, etc., solving concrete construction problems in remote areas.
Infrastructure: Can be used in water conservancy, bridges, tunnels, geological disaster control, and other projects, meeting diverse construction needs.
High-rise buildings: Some models have vertical height coverage capabilities, supporting concrete delivery for high-rise buildings.