6×4 Concrete Pump Truck
- Max Concrete Output
- 60–180 m³/h
- Max Placing Height
- 17–75 m
- Boom Sections
- 4–7
- Engine Options
- Multi-brand engine / chassis options
- Drive Configuration
- 6×4
- Steering
- LHD / RHD
Reference configuration. Final values are confirmed for the selected chassis, model and destination.
About the 6×4 Concrete Pump Truck
The KEEYAK 6×4 Concrete Pump Truck is a three-axle placement vehicle with two driven rear axles, a concrete pumping system, and a placing boom. This mobile concrete pump receives workable mix through its hopper and delivers it through pipeline. Specifications include max concrete output (60–180 m³/h) and boom sections (4–7).
It serves contractors handling foundations, infrastructure, industrial structures, and multi-level pours at prepared sites. Boom geometry, pumping requirements, concrete mix, chassis loading, route gradients, setup footprint, ground capacity, mixer access, and pipeline cleaning must be specified together. Final selection must match the intended duty cycle and operating environment.
What Is a 6×4 Concrete Pump Truck Used For
- Bridge Component PlacementThe boom pump positions compatible concrete for abutments, piers, or deck sections where the setup area and placing sequence are engineered beforehand. Suitability depends on max concrete output and site conditions.
- Industrial Foundation PoursCrews convey concrete to equipment bases, large footings, and structural slabs while coordinating mixer flow, boom coverage, site access, and ground support. Selection depends on boom sections, duty cycle, and site conditions.
- Multilevel Structural WorkThe concrete boom pump reaches elevated pour zones from a controlled setup position when vertical distance, obstacles, wind, and operating sectors permit. Suitability depends on max concrete output and site conditions.
- Remote Site PlacementTandem drive supports planned access over suitable construction routes, while actual mobility depends on gradient, surface strength, tires, weather, and loaded condition. Selection depends on boom sections, duty cycle, and site conditions.
What buyers usually confirm first
What can cause blockage in a concrete pipeline?
Unsuitable mix, segregation, delayed flow, abrupt pipeline changes, poor priming, or incorrect operating procedure can cause blockage. Prevention depends on coordinated material and equipment control. Buyers should confirm task requirements, duty cycle, and site conditions before ordering.
