1. This product integrates concrete mixing and transportation, making it easy and flexible to move. It can transport large aggregate concrete, as well as fine aggregate concrete or mortar. It is particularly suitable for situations with small engineering quantities and frequent site transfers.

2. The electrical box adopts a specialized double-layer design, with good sealing performance, dust and water resistance.

3. The electrical system adopts well-known brand PLC control, with high integration and easy operation.

4. The mixer is made of wear-resistant alloy materials, which are solid and have a long service life.

5. Adopting double row tires, it has a large load-bearing capacity and good stability, especially suitable for walking on rough and uneven roads

Mixing pumps are utilized across a wide range of application scenarios in various industries and construction projects. Some common application scenarios for mixing pumps include:

Construction Sites: Mixing pumps are frequently employed on construction sites for the preparation and transportation of concrete, mortar, or grout. They are used to efficiently mix these materials and pump them to the desired locations within the construction site, such as for building foundations, floors, walls, and other structural elements.

Tunnels and Underground Construction: In tunneling and underground construction projects, mixing pumps are used to prepare and deliver materials for tunnel linings, grouting, and other specialized applications. Their ability to operate in confined spaces and pump materials over long distances makes them valuable in these scenarios.

Mining Operations: Within the mining industry, mixing pumps are used for activities such as backfilling, ground stabilization, and shotcrete applications. They play a crucial role in efficiently preparing and delivering materials to support mining operations and infrastructure development.

Infrastructure Projects: Mixing pumps are essential in infrastructure projects such as road construction, bridge building, and railway maintenance. They are used to mix and pump materials for various applications, including structural repairs, pavement construction, and other civil engineering tasks.

Industrial Flooring and Coatings: For industrial facilities and commercial buildings, mixing pumps are employed to prepare and apply self-leveling floor screeds, epoxy coatings, and other specialized materials for flooring and surface treatments.

Residential and Commercial Construction: In both residential and commercial construction, mixing pumps are used for tasks such as plastering, grouting, and general masonry work. They help streamline the process of mixing and delivering materials to construction sites, improving efficiency and productivity.

In summary, mixing pumps find widespread use in construction, infrastructure development, mining, and industrial applications, offering a versatile solution for preparing and conveying a range of materials in diverse scenarios.