Overview
High-Performance Trailer Concrete Pump for Construction Projects Worldwide
The DHB80-13-145 Diesel Concrete Pump is a powerful, high-efficiency trailer-mounted concrete pumping system designed for demanding construction environments without stable electricity supply. Built with a 145KW diesel engine, advanced hydraulic system, and S-valve technology, it delivers stable performance, long-distance pumping capability, and excellent durability for continuous operation.
Ideal for building construction, road projects, bridges, tunnels, and rural infrastructure, this model ensures high output with reduced labor cost and maximum reliability in harsh job site conditions.
Technical Advantages
Equipped with a high-efficiency diesel power system, ensuring stable operation even in remote areas without electricity.
Delivers up to 80 m³/h theoretical output, improving construction speed and project efficiency.
Supports long horizontal and vertical conveying, ideal for high-rise and long-distance construction sites.
Stable concrete flow, less blockage risk, and longer wearing part lifespan.
Industrial-grade hydraulic components ensure smooth operation and reduced maintenance downtime.
Strong chassis structure and wear-resistant components designed for continuous heavy-duty use.
Why Choose Us
The DHB80-13-145 Diesel Concrete Pump is widely used in:
- Residential & commercial building projects
- Highway & road construction
- Bridge and tunnel engineering
- Rural infrastructure development
- Dam and water conservancy projects
- Remote construction sites without power supply
Components
A concrete mixer pump is composed of several key systems that work together to ensure efficient mixing, pumping, and continuous concrete delivery on construction sites.
Mixing System
Includes the mixing drum, blades, and feeding hopper. It ensures raw materials are evenly mixed into high-quality concrete.
Pumping System
Consists of the main pumping cylinder, S-valve, and delivery pipeline, responsible for pushing concrete to the required location smoothly and continuously.
Hydraulic System
Provides stable power for both mixing and pumping operations, ensuring reliable performance under heavy load conditions.
Power System
Can be equipped with a diesel engine or electric motor, depending on project requirements and site conditions.
Control System
A user-friendly control panel that allows operators to easily manage mixing, pumping, and pressure adjustments.
Lubrication System
Automatically lubricates key components to reduce wear, extend machine lifespan, and maintain stable operation.
Chassis & Frame
Heavy-duty steel structure designed for mobility, stability, and durability during transportation and operation.
Applications
The DHB60-16-142 diesel concrete pump is widely used in:
- Industrial and commercial building projects
- High-rise building construction
- Bridge and tunnel projects
- Highway and road construction
- Hydropower and dam projects
- Rural and remote infrastructure development
Technical Specification
| Item | Specification |
|---|---|
| Max. Theoretical Concrete Output | 80 m³/h |
| Max. Concrete Pumping Pressure | 13 MPa |
| Maximum Pumping Cycles | 25 times/min |
| Distribution Valve Type | S Pipe Valve |
| Hydraulic Pump | Kawasaki Double 112 |
| Main Electrical Components | LS / Omron / Siemens |
| Concrete Cylinder | Φ200 mm |
| Oil Cylinder | Φ125 × 1650 mm (Xieli Cylinder) |
| Outlet Diameter | Φ180 mm |
| Loading Height | 1400 mm |
| Diesel Engine Power | 145 kW |
| Rated Speed | 1900 r/min |
| Hydraulic Circuit Type | Open Circuit System |
| Max. System Oil Pressure | 32 MPa |
| Mixing System Max. Oil Pressure | 12 MPa |
| Max. Mixing Speed | 40 r/min |
| Hydraulic Oil Tank Capacity | 600 L |
| Max. Aggregate Size | 40 mm |
| Delivery Pipe Inner Diameter | Φ125 mm |
| Overall Dimensions (L × W × H) | 6500 × 2000 × 2300 mm |
| Total Weight | 6100 kg |
| Travel Speed | ≤ 8 km/h |
Diesel VS Electric Trailer Pump
| Feature | Diesel Trailer Pump | Electric Trailer Pump |
|---|---|---|
| Power Source | Diesel engine (independent operation) | Electric motor (requires stable power supply) |
| Working Environment | Suitable for remote areas, no electricity sites | Best for urban or construction sites with power |
| Mobility | High flexibility, can work anywhere | Limited by power access |
| Operating Cost | Higher fuel cost | Lower electricity cost |
| Maintenance | Requires engine + hydraulic maintenance | Lower maintenance, simpler structure |
| Performance Stability | Stable even in harsh environments | Very stable when power supply is stable |
| Application | Roads, rural projects, bridges, remote construction | Urban housing, factories, infrastructure with power |
| Start-up Requirement | Independent diesel start | Requires external electricity connection |
| Best Choice For | Outdoor + remote + unstable power areas | Stable construction sites with grid power |
Our Service
Pre-Sales Service
- Professional consultation to help you choose the right model
- Customized solutions based on project requirements (capacity, pumping distance, site conditions)
- Detailed technical specifications, drawings, and quotations
- Video inspection and factory introduction before purchase
- Fast response within 24 hours for all inquiries
After-Sales Service
- Regular follow-up to ensure stable machine performance and customer satisfaction
- Installation guidance and operation training (online or on-site support available)
- Supply of original spare parts for long-term operation
- Technical support for troubleshooting and maintenance
- One-year warranty with lifelong technical assistance
Project Cases
Philippines – Housing Development Project
Used in multi-storey residential construction, significantly improving concrete pouring speed and reducing labor dependency.
Ghana – Urban & Infrastructure Construction Project
Used in urban building and municipal infrastructure projects, the DHB80-13-145 Diesel Concrete Pump delivered stable and continuous concrete pumping in challenging site conditions. Its diesel-powered system ensured reliable performance without dependence on grid electricity, significantly improving construction efficiency and reducing labor costs.
FAQ
Use the right mix, clean the pipeline after each job, and maintain the valve and hydraulic system.
Output, pressure, engine power, delivery distance, and maximum aggregate size.
Yes. The system is designed for easy control, requiring only 2–3 operators.
The delivery time is usually 15–30 working days after receiving the deposit, depending on the model, configuration, and order quantity. For urgent orders, we can also arrange priority production to shorten the lead time.
