Mixing concrete and moving it to the pour point sounds simple. But many contractors struggle with two separate machines, high labor costs, and equipment that takes too long to set up. A concrete mixer and pump solves these problems fast. It mixes the concrete and pumps it through pipes to where you need it. One machine does the work of a mixer and a pump. For a concrete contractor, this means fewer workers, less equipment to buy, and faster project completion.
YG Machinery offers YGS30 and YGS40 concrete mixing pumps for rural housing, road construction, bridge projects, and municipal works.
Technical Parameters: Concrete Mixer Pump
| Parameter | YGS30 | YGS40 |
| Max theoretical concrete output | 17-30 m³/h | 30-46 m³/h |
| Max concrete outlet pressure | 9 MPa | 10 MPa |
| Max aggregate size | ≤30 mm | ≤40 mm |
| Power | 37 kW | 45 kW |
| Concrete cylinder | Φ140×1000mm | Φ180×1000mm |
| Oil tank capacity | 80L | 100L |
| Max conveying distance (horizontal/vertical) | 120m / 500m | 140m / 600m |
| Discharging capacity | 0.45 m³ | 0.45 m³ |
| Feeding capacity | 0.8 m³ | 0.8 m³ |
| Overall dimension | 4500×2200×2600mm | 4500×2200×2600mm |
| Total weight | 4000kg | 4300kg |
Diesel vs Electric: Which Power Option Fits Your Site
Choosing between diesel and electric depends on your job site conditions.
Diesel concrete mixer pump
- No power line needed – works in remote areas
- Strong and reliable – handles tough conditions
- Fuel adaptable – runs on standard diesel
- Best for: rural construction, mountain roads, remote villages
Electric concrete mixer pump
- Zero emissions – safe for indoor and urban work
- Low noise – no complaints from neighbors
- Lower operating cost – electricity is cheaper than diesel
- Requires stable power supply (380V)
- Best for: city construction, basements, tunnels, residential areas
Both options mix and pump the same concrete. The choice is about where you work. Tell us your site location. We will recommend the right power type.
How a Concrete Mixer with Pump Works?
The portable concrete mixer with pump operates in a simple process.
Step 1: Material loading – Cement, sand, gravel, and water are loaded into the mixing drum. A loader or conveyor feeds the materials.
Step 2: Mixing – The mixing drum rotates. Blades inside the drum lift and drop the materials. The mixture becomes uniform concrete in minutes.
Step 3: Discharge to hopper – Mixed concrete is discharged into the pump hopper. The hopper feeds the pumping system.
Step 4: Pumping – A hydraulic cylinder pushes two pistons back and forth. An S-tube valve alternates between the cylinders. Concrete flows continuously.
Step 5: Delivery – Concrete is pushed through steel pipes or rubber hoses to the pour point. Workers control the hose at the destination.
One operator controls the entire machine. No need to transfer concrete between separate mixer and pump. No wheelbarrows.
Key Advantages of Concrete Mixing Pump
One machine, two functions – Mixes concrete and pumps it. No need to buy separate mixer and pump. Save equipment cost.
Save labor – One machine replaces 4-6 manual workers. Reduce your crew size and payroll costs.
Faster construction – Mix and pump continuously. No waiting for concrete delivery from a separate mixer. A full foundation pour takes hours, not days.
Reach difficult spots – Pump through narrow doorways, up stairs, or over obstacles. Flexible hoses reach where wheelbarrows cannot.
Consistent concrete quality – Forced mixing ensures uniform concrete. No weak spots. No voids. Better finished product.
Easy to move – Trailer-mounted design. Tow it behind a pickup truck. Move between job sites quickly.
Works with local materials – Use locally available sand and gravel. No need for ready-mix trucks in remote areas.
S-tube valve – Smooth reversing, less wear, easy to maintain.
Applications of Portable Concrete Mixer with Pump
Rural housing construction – Pour foundations, slabs, columns, and walls for houses in remote villages. No ready-mix trucks needed. Mix on site with local materials.
Road and bridge repair – Quick setup for small municipal jobs. Mix and pump concrete directly into repair areas.
Bridge construction – Pump concrete long distances through pipes. The YGS40 handles higher output requirements.
Tunnel and underground projects – Compact size fits in narrow tunnels. Pump concrete to hard-to-reach areas.
Small to medium commercial buildings – Pour concrete for shops, warehouses, and small factories. One machine does both jobs.
Farm and agricultural structures – Barns, silos, equipment sheds, and animal pens. Mix concrete where trucks cannot drive.
Water conservancy projects – Canals, irrigation ditches, and small dams. Work in remote locations with no power lines.
Emergency and disaster repair – Quick deployment to disaster areas. Mix and pump concrete for emergency repairs.
A single concrete mixer and pump serves all these industries.
Customer Case: Rural Housing Development in Indonesia
A construction company in Central Java, Indonesia was building 50 affordable houses for a government program. The villages were remote. Ready-mix trucks could not reach the sites. Workers were mixing concrete by hand with small mixers and carrying it in buckets. Progress was slow. Labor was expensive. Quality was inconsistent.
The contractor bought a YGS30 diesel concrete mixer and pump. The machine was small enough to tow behind a truck on narrow rural roads. It mixed concrete on site using local sand and gravel.
The results:
- Mixing and pumping speed reached 15-20m³ per hour
- Labor reduced from 10 workers to 3 (1 operator + 2 at the pour point)
- Each house foundation took 2 hours instead of 2 days
- The project finished 6 weeks ahead of schedule
- Concrete quality was uniform. No weak spots
The project manager said: “The concrete mixer with pump changed everything. We could not get ready-mix trucks out here. The machine mixed on site with local materials. We finished early and under budget. The houses are strong.”
One Machine Beats Two: The Cost of Separate Equipment
Why buy a concrete mixer and pump when you can buy one machine that does both?
| Comparison | Separate Mixer + Pump | YG Concrete Mixer and Pump |
| Number of machines | 2 | 1 |
| Total equipment cost | Higher | Lower (save 15-20%) |
| Workers needed | 4-6 | 2-3 |
| Setup time | Longer (two machines) | Short (one machine) |
| Transport | Need two trips or larger truck | One trip |
| Maintenance | Two machines to maintain | One machine |
| Training | Train on two machines | Train on one |
| Concrete quality | Depends on transfer | Consistent from mixer to pump |
The math is clear. One concrete mixing pump saves you money on purchase, labor, transport, maintenance, and training. It pays for itself faster than two separate machines.
How to Choose the Right Concrete Mixer Pump?
| Your project type | Recommended model | Why |
| Small house, small slab, remote village | YGS30 (17-30m³/h) | Compact, easy to transport, lower cost |
| Medium residential, 2-3 story building | YGS30 | Most popular, good balance |
| Larger commercial, bridge, tunnel | YGS40 (30-46m³/h) | Higher output, longer reach |
| Rural area with no power | Diesel model | No power lines needed |
| Urban or indoor work | Electric model | Zero emissions, low noise |
Based on your location:
- Remote village with no electricity → Diesel
- City or town with stable power → Electric
- Mountain or rural work → Diesel (no power lines)
- Basement or tunnel work → Electric (zero emissions)
Still not sure? Tell us your project size, typical concrete volume, and site location. YG will recommend the right portable concrete mixer with pump for sale.
