Truck‑Mounted Concrete Pump Truck
Integrated with heavy‑duty truck chassis, multi‑section folding placing boom and high‑pressure concrete pumping assemblies.
Boom lengths, pumping capacity, outrigger layout and control modules are configured to match actual project requirements.
There are no fixed universal specifications.
Vehicle configurations are engineered based on required vertical / horizontal placing reach, concrete output volume, selected truck chassis, site space constraints, local road weight‑dimension regulations and real‑world working conditions.
Product Introduction
JUTONG Engineering‑grade concrete placing vehicle purpose‑built for modern building projects, used for high‑efficiency concrete distribution across urban building sites, bridge works, infrastructure zones and remote construction locations.
This concrete pump truck integrates heavy‑duty commercial chassis, multi‑section folding placing boom and high‑pressure concrete pumping assemblies. Boom lengths, pumping capacity, outrigger layout and control modules are configured to match actual project requirements. There are no fixed universal specifications. Vehicle configurations are engineered based on required vertical / horizontal placing reach, concrete output volume, selected truck chassis, site space constraints, local road weight‑dimension regulations and real‑world working conditions.
Key Procurement Parameters
|
Parameter Category |
Specification Details |
| Vehicle Type | Truck‑Mounted Concrete Pump Truck |
| Application | High‑efficiency concrete placing for building & infrastructure projects |
| Core Working Structure | Multi‑section folding placing boom + high‑pressure concrete pumping unit |
| Placing Reach | Project‑specific configuration (28‑63m boom optional) |
| Concrete Output Capacity | Project‑specific configuration |
| Chassis Configuration | 4×2 / 6×4 / 8×4 chassis groups, configurable per payload & local road regulations |
| Boom Control System | Manual operation, wired / wireless remote control optional |
| Electrical / Control System | Industrial‑grade PLC control, real‑time operational monitoring & fault alarm |
| Chassis Brand & Cabin | Configured to match customer selection and local road compliance |
| Outrigger System | Front‑rear extendable hydraulic outriggers for whole‑vehicle stabilisation |
| Pumping System | High‑pressure pumping unit with S‑valve distribution mechanism |
| Hydraulic System | Main pumping circuit, boom driving circuit and outrigger hydraulic circuit |
| Wear‑Resistant Components | Delivery cylinders, concrete pipes, hopper assembly with anti‑abrasion treatment |
Typical Applications
High‑Rise Building Construction: Delivering fresh concrete from mixer trucks to high‑floor casting positions in dense urban construction zones.
Civil‑Infrastructure Project Works: Deployed by construction contractors for bridge, viaduct, road and large industrial‑plant concrete pouring tasks.
Mid‑Size Urban Site Operations: Compact‑boom models adapt to narrow downtown job‑sites with limited ground working space.
Remote & Rural Construction Sites: Optimised for projects with scattered working points, poor local concrete pipeline conditions and limited auxiliary equipment.
Key Product Functions
Multi‑Section Folding Placing‑Boom Structure
• Flexible Boom Deployment: Multi‑segment folding boom achieves large‑range vertical and horizontal concrete placing without extra manual pipeline laying.
• Site Adaptability: Multiple folding modes (Z‑fold / R‑fold) are available to lower minimum unfolding height for confined construction yards.
• Modular Components: Boom segment quantity, total reach and folding style are determined by building height and site‑space constraints.
High‑Pressure Concrete Pumping Performance Concrete pumping faces continuous abrasive material impact, demanding stable pumping pressure, anti‑blocking performance and wear resistance under long‑duration high‑intensity working cycles.
Evaluated design parameters include: Required concrete hourly output and placing distance Concrete aggregate size and slump range Boom total reach and folding geometry Chassis carrying capacity and local road weight limits Job‑site ground bearing capacity and space boundaries
Boom & Whole‑Vehicle Stability Control
• Anti‑Tilt Protection: Hydraulic outriggers provide wide supporting footprint; interlock logic prohibits boom operation when outriggers are not fully deployed.
• Control Options: Wireless remote controller enables flexible on‑site operation for boom angle adjustment and pumping start‑stop.
• Operational Safety: Reduces manual pipe‑assembly work and lowers safety risks on crowded construction sites.
Hydraulic System Integration Specialised Functions:
Separate hydraulic circuits drive concrete pumping, boom luffing / slewing and outrigger extension / retraction.
System Components: Hydraulic pumps, valve manifolds and oil cylinders are selected to resist frequent impact and heavy dust on construction sites.
Serviceability: Modular component layout simplifies field inspection, wear‑part replacement and spare‑parts sourcing for global construction fleets.
Concrete Feeding & Wear‑Part Interface Load‑Path Management:
Reinforced feeding hopper with built‑in agitator prevents concrete segregation and guarantees steady material feeding into pumping cylinders. Custom Interfaces: Hopper size, delivery pipe specifications and wear‑part grade are matched to customer‑targeted concrete grades and hourly throughput.
Pre‑Production Verification: Pumping performance and boom structural strength are fully simulated and validated before manufacturing.
Manufacturing and Quality Control
Steel Preparation: High‑strength boom‑grade steel plates cut by CNC plasma equipment to secure precise dimensional accuracy.
Structural Welding: Boom sections, turntable base and outrigger assemblies adopt special fatigue‑resistant heavy‑duty welding procedures.
Dimensional Inspection: Key boom segments, rotating turntable and mounting connection interfaces receive full dimensional verification before assembly.
Boom Stress Testing: Simulated load fatigue inspection is carried out for boom assemblies to eliminate structural failure risks under cyclic working conditions.
Hydraulic & Electrical Testing: All hydraulic circuits, pumping units, remote‑control modules and safety interlock logic complete full‑cycle functional testing before shipment.
FAQ
Q: What is a truck‑mounted concrete pump truck?
A: It is an integrated construction vehicle combining commercial truck chassis, folding placing boom and high‑pressure pumping unit, built for flexible long‑distance concrete pouring on complex construction job‑sites.
Q: What boom length & output capacity can this vehicle cover?
A: Boom reach and concrete output are project‑specific, calculated based on building height, pouring scope, chassis carrying capacity and local road regulatory limits.
Q: Can the vehicle be custom‑engineered for different construction‑project conditions?
A: Yes. Boom length, pumping output, outrigger layout, chassis brand and control modes can be tailored for specific project environments.
Q: Is wireless remote control mandatory for daily pouring work?
A: Not mandatory for every unit. Wireless remote greatly improves operation convenience for large‑area and multi‑position pouring work.
Q: What core information is needed for accurate quotation?
A: Essential details include required boom reach, hourly concrete output, preferred chassis brand, typical job‑site space conditions and destination‑market vehicle regulatory requirements.
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