Concrete Mixer Pump

A concrete mixer pump combines concrete mixing and pumping in one machine, helping you produce and deliver concrete on small jobsites where a batching plant or separate mixer is not convenient. It is often used for rural housing, foundations, small buildings, and repair work.

Get Mixer Pump Recommendation Compare Diesel & Electric

Quick Positioning

Choose Mixer Pump by Output, Mixer Volume and Site Access

Select the mixer pump according to required hourly output, mixer drum or mixer host capacity, pumping distance, aggregate size, concrete slump, diesel or electric power, site road condition, and labor arrangement.

Diesel Concrete Mixer Pump

Capacity10 - 40 m3/h

Recommended ForSuitable for rural roads, remote housing foundations, bridge work, and jobsites where stable industrial electricity is not available.

Independent diesel power supports jobsites without stable grid electricity.
Suitable for rural roads, housing foundations, and temporary construction areas.
Combines concrete mixing and pumping in one equipment layout.
Helps reduce coordination between separate mixing and pumping machines.

View Diesel Models

Diesel Concrete Mixer Pump Specifications

Explore our robust diesel-powered units engineered for reliable off-grid continuous pouring.

Item	Unit	Diesel Concrete Mixer Pump
Item	Unit	JZB200-10R	JBT30-10-56R	JBT40-11-82R
Performance & Technical Information
Max. Concrete Output	m3/h	10	30	40
Max. Pumping Pressure	MPa	10	10	11
Valve Type		S Valve
Cylinder Diameter × Stroke	mm	Φ140×1000	Φ140×1000	Φ180×1100
Hopper Capacity	L	500	450	550
Mixing Drum Capacity	m3	0.3 / 0.2	—	—
Outlet Inner Diameter	mm	Φ100	Φ108	Φ150
Pipe Inner Diameter	mm	Φ100–80	Φ108 / Φ133	Φ133 / 108
Max. Aggregate Diameter	mm	Crushed stone: 20	Pebble: 40 Gravel: 35	Pebble: 50 Gravel: 40
Max. Distance (Vert./Horiz.)	m	100 / 400	120 / 300	120 / 500
Power System
Engine Model		CY1115 (YANMAR)	WeiFang	Weifang Kate / Cummins
Rated Power	kW	16.2 + 13.2	56	82
Rated Speed	r/min	1,800	1,480	2,100
Hydraulic System
Circuit Type		Open Circuit
Pumping System Pressure	MPa	28	28	28
Oil Tank Capacity	L	350	370	370
Dimensions & Weight
Length × Width × Height	mm	4100×2200×2250	5000×2280×2900	6000×2280×2900
Total Weight	kg	3,800	5,500	5,700

Electric Concrete Mixer Pump

Capacity30 - 40 m3/h

Recommended ForSuitable for fixed jobsites, residential construction, small commercial work, and projects with stable industrial electricity and sufficient transformer capacity.

Electric power is suitable where stable industrial electricity is available.
Lower operating cost may be possible where electricity supply is reliable and economical.
No diesel exhaust is produced during electric operation.
Compact equipment layout helps your team review access for narrow or limited jobsites.

View Electric Models

Electric Concrete Mixer Pump Specifications

Compare our efficient electric-powered units designed for urban and grid-connected jobsites.

Item	Unit	Electric Concrete Mixer Pump
Item	Unit	JBT30-6	JBT40-11
Performance & Technical Information
Max. Concrete Output	m3/h	30	40
Max. Pumping Pressure	MPa	6	11
Valve Type		S Valve
Cylinder Diameter × Stroke	mm	Φ160×1000	Φ160×1000
Hopper Capacity	L	450	450
Outlet Inner Diameter	mm	Φ150	Φ125
Pipe Inner Diameter	mm	Φ108	Φ100
Max. Aggregate Diameter	mm	Pebble: 35 Gravel: 40	Pebble: 35 Gravel: 40
Max. Distance (Vert./Horiz.)	m	120 / 300	80 / 250
High/Low Pressure Conversion		No	No
Power System
Motor Model		HM2-200L-4	—
Pumping Motor Power	kW	42	45
Mixer Motor Power	kW	—	5.5
Lifting Motor Power	kW	—	4.5
Water Pump Power	kW	—	0.75
Rated Speed	r/min	1,480	1,480
Hydraulic System
Circuit Type		Open Circuit
Pump Displacement	mL	112	112
Pumping System Pressure	MPa	28	32
Mixing System Pressure	MPa	6–10	12
Oil Tank Capacity	L	370	260
Dimensions & Weight
Length × Width × Height	mm	5000×2280×2900	3650×2542×2900
Total Weight	kg	5,500	5,500

Product Video

Concrete Mixer Pump Mixing and Pumping Video

The video area should show material loading, mixing process, hopper transfer, pumping operation, pipe discharge, and cleaning steps after work.

This demonstration shows the seamless transition from raw aggregate feeding to continuous pipeline pouring.

Model Advantages

Concrete Mixer Pump Advantages for Small Jobsite Concrete Supply

QIC Machinery concrete mixer pumps combine mixing and pumping in one compact equipment layout, helping your project review on-site concrete preparation, power supply, pumping distance, aggregate size, access road conditions, and daily working schedule before model selection.

Mixing and Pumping in One Equipment Layout

The mixer pump combines concrete mixing and pumping in one unit, which helps your team coordinate small-batch concrete preparation and direct placement on rural housing, small foundations, and scattered jobsites.

Diesel and Electric Power Options

Diesel models are suitable for remote jobsites without stable electricity, while electric models are suitable for fixed sites with reliable industrial power and sufficient transformer capacity.

Compact Layout for Limited Jobsite Access

The compact equipment layout supports projects where access roads, working space, or concrete supply conditions limit the use of larger concrete transport equipment.

Spare Parts and Maintenance Planning

Wear parts such as pistons, seals, cutting rings, delivery pipes, clamps, and hydraulic filters can be prepared according to your selected pump model, working frequency, and concrete mix.

Factory & Delivery Records

Factory Checks Before Concrete Mixer Pump Shipment

QIC Machinery reviews key mixer pump structures, mixing components, hydraulic systems, power units, control panels, and shipment preparation before export, helping your team receive a more complete equipment package for site setup and commissioning.

Hydraulic Pumping and S-Valve System Review

Hydraulic pumps, cylinders, S-valve components, oil lines, and sealing parts are reviewed before shipment according to the selected mixer pump configuration.

Concrete Mixer Pump Shipment Preparation

This shipment scene shows the concrete mixer pump prepared for export delivery, including machine protection, accessory checking, and loading arrangement. It helps your team understand how the equipment is organized before leaving the factory for overseas jobsites.

Control Cabinet Wiring and Electrical Assembly

The completed control cabinet wiring shows the electrical assembly stage of the concrete mixer pump. Clear wiring, component placement, and cabinet organization support later operation checks, maintenance access, and power connection preparation at your site.

Delivery Pipes and Matched Pump Accessories

Steel delivery pipes, pipeline fittings, clamps, seals, and related accessories are prepared according to the mixer pump configuration and expected concrete conveying route. These parts help your project plan pipe connection, daily cleaning, and routine replacement needs before operation.

Main Systems

Core Working Systems Behind the Concrete Mixer Pump

A concrete mixing pump includes mixer, hopper, pumping cylinders, hydraulic system, S-valve, control cabinet, lubrication, and pipeline connection so your team can mix and pump concrete with one machine.

The mixing drum combines aggregate, cement, and water before the concrete enters the pumping hopper. Drum volume, blade angle, mixing cycle, discharge direction, and batch consistency need to match your required output, material size, water source, and daily pouring schedule.

Layout & Installation

Small Jobsite Setup for Concrete Mixer Pump Operation

QIC Machinery helps you check aggregate feeding method, cement and water supply, pipe route, power condition, working space, spare parts, and operator training points before shipment.

Material Storage and Feeding Area

Reserve a clear area for sand, stone, cement, water containers, and feeding movement. The mixer pump should be positioned so aggregate loading, cement adding, and drum feeding can happen without blocking the operator platform, pipeline route, or site traffic.

Mixer Pump Position and Ground Condition

Place the machine on firm and level ground where the chassis, tires, outriggers, hopper, and loading structure have enough clearance. On village roads, house plots, or sloped ground, the setup area should be checked before unloading and operation.

Water Source and Cleaning Route

Plan water access for both concrete mixing and end-of-day cleaning. The site also needs a safe discharge area for wash water and residual concrete so the drum, hopper, delivery pipe, and sponge ball cleaning process can be handled more smoothly.

Why Buy from QIC Machinery

Why Work with QIC Machinery for Concrete Mixer Pump Projects

Concrete mixer pump projects often happen on small, scattered, or utility-limited jobsites. QIC Machinery focuses on matching the machine to your material preparation method, power condition, water supply, feeding workflow, pumping route, shipment plan, and routine maintenance needs before delivery.

01 Selection

Small-Site Workflow Matching

QIC Machinery reviews how your crew will store aggregate, add cement, supply water, feed the drum, discharge into the hopper, and pump to the pouring point. This makes the configuration more aligned with rural housing, farm roads, small slabs, and repair work.

02 Factory

Diesel and Electric Configuration Review

Your power choice is checked against actual site conditions. For diesel models, fuel access and relocation needs matter. For electric models, voltage, frequency, transformer capacity, cable distance, and grounding need to be confirmed before shipment.

03 Parts

Mixing-to-Pumping Compatibility Check

The selected model should match material size, slump range, drum capacity, hopper structure, S-valve size, pipe diameter, and expected pumping distance. QIC Machinery helps connect the mixing side and pumping side as one working process, not two isolated machines.

04 Remote

Jobsite Cleaning and Wear Parts Preparation

Mixer pumps require regular cleaning after concrete work. QIC Machinery can prepare pipeline cleaning tools, sponge balls, seals, clamps, pistons, cutting rings, filters, and other wear parts based on the selected model and expected working frequency.

Concrete Mixer Pump FAQ

Concrete Mixer Pump FAQ for Small Jobsite Concrete Supply

These answers focus on how a concrete mixer pump works on real jobsites: material feeding, water use, diesel or electric choice, small-batch output, pipe routing, cleaning, relocation, spare parts, and the difference between mixer pumps and other concrete pumping equipment.

What type of project is a concrete mixer pump suitable for?Click to expandClick to close

A concrete mixer pump is suitable for small and medium concrete jobs where the site needs on-site mixing and direct pumping in one machine. Common applications include rural house foundations, small slabs, farm roads, drainage channels, repair work, and scattered construction points.

When should I choose a mixer pump instead of a trailer pump?Click to expandClick to close

Choose a mixer pump when your site does not have steady ready-mix concrete supply and needs to prepare concrete on site. Choose a trailer pump when ready-mixed concrete is supplied by batching plant or transit mixer and the main task is longer-distance pumping.

Can a concrete mixer pump replace a concrete batching plant?Click to expandClick to close

A mixer pump can handle small-batch concrete preparation and pumping, but it is not a replacement for a batching plant when the project needs high daily output, multiple concrete grades, automated weighing, or commercial ready-mix supply.

What materials should be prepared before using a mixer pump?Click to expandClick to close

The site should prepare sand, stone, cement, water, pipe accessories, cleaning tools, and enough working space for feeding and operation. Material size, moisture, water amount, and feeding sequence influence the mixing and pumping process.

Does a concrete mixer pump need a loader?Click to expandClick to close

Some sites use a small loader to feed aggregate, while smaller jobs may use manual feeding depending on the model and site arrangement. The choice depends on aggregate volume, working speed, labor availability, and the layout around the feeding system.

How do I choose between diesel and electric mixer pump models?Click to expandClick to close

Diesel models are more suitable for remote or temporary jobsites where industrial electricity is not stable. Electric models are more suitable for fixed working areas with confirmed voltage, frequency, transformer capacity, grounding, and cable safety.

What water supply is needed for a concrete mixer pump?Click to expandClick to close

Water is needed for both concrete mixing and equipment cleaning. The site should prepare a stable water source, storage method, hose route, and cleaning discharge area before operation, especially in rural areas or temporary construction sites.

What aggregate size can be used with a mixer pump?Click to expandClick to close

Aggregate size depends on the selected model, pipe diameter, cylinder size, S-valve structure, and concrete mix design. Oversized or poorly graded aggregate can increase pumping resistance, so the material should be checked before daily work starts.

How far can a concrete mixer pump deliver concrete?Click to expandClick to close

Delivery distance depends on pump pressure, concrete slump, aggregate size, pipe diameter, elbow quantity, vertical height, and pipe cleanliness. The listed technical distance should be treated as a reference and checked against the actual site route.

How should the mixing drum and pipeline be cleaned?Click to expandClick to close

After pouring, the drum, hopper, delivery pipe, and related parts should be cleaned according to the operation manual. Water, sponge balls, pipe tools, and a suitable discharge area should be prepared before work begins.

Factory Quote

Need a Mixer Pump for Your Small Jobsite?

Tell us your concrete volume, aggregate size, pumping distance, site access, power preference, project type, destination country, and whether you need pipe accessories or spare parts together.

Please include these key mixer pump details:

Required concrete output and pumping distance.
Diesel or electric power preference.
Aggregate size and concrete output requirement.
Project type, country, and delivery deadline.

Get Your Quote

Concrete Mixer Pump