Core Function Integration
Transportation + Pumping + Placement Integration: Complete concrete mixing transportation, pressure pumping, and end placement operations on a single vehicle, without the need for additional equipment.
Independent Feeding Capability: Some models have mixing functions and can mix concrete on their own or during transit, reducing dependence on mixing plants.
Main Structural Components
Dedicated Truck Chassis: Provides power and mobility, commonly using heavy-duty chassis from brands like Volvo and Mercedes.
Hydraulic Boom System: Multi-section (usually 3–6 sections) foldable or roll-fold booms, with hoses at the end, capable of horizontal placement radius over 40–50 meters and vertical height of 45–62 meters.
Pumping System: Mostly uses piston-type high-pressure pumps, with theoretical displacement up to 180 m³/h and pumping pressure of 12–18 MPa.
Equipped with an S-valve distribution system, featuring automatic reversing and reliable sealing.
Mixing Device (some models): The drum can rotate at low speed (2–12 r/min), used to prevent segregation during transport or for mixing on the way.
Key Technologies and Performance Features
High Mobility and Quick Job Site Transfer: Relying on chassis mobility, no need to assemble or disassemble pipelines, suitable for frequent changes of work sites.
Intelligent Control
LCD screen displays real-time pumping parameters, outrigger status, boom angles, etc.
Supports one-button placement (ATC), anti-tipping warning, collision detection, and other safety functions.
Energy Saving and High Efficiency
Uses variable torque engines and constant power hydraulic systems, reducing overall energy consumption by 10%–15%.
Pumping efficiency is 4–6 times that of the traditional truck-mounted pump + mixer combination.
Safety Protection
Automatic outrigger leveling, support pressure monitoring, wind speed interlock (prohibits operation in wind force above level 8).
Boom uses lightweight materials (such as carbon fiber composites), reducing weight by 35%–40% and improving stability.
