Product Overview

 

The concrete mixer truck is designed to transport ready-mixed concrete from batching plants to construction sites while keeping the concrete in motion during transit. It integrates a heavy commercial truck chassis, a rotating mixing drum, a drum drive system, and a discharge assembly to support concrete delivery for commercial construction, infrastructure projects, and ready-mixed concrete supply operations.
Available configurations can vary by drum capacity, chassis model, axle configuration, engine power, hydraulic drive system, and operating requirements. The appropriate model should be selected according to the required concrete delivery volume, vehicle weight limits, road regulations, transport distance, and site access conditions.

 
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  • Concrete Mixer Truck for Road Construction
    The Concrete Mixer Truck for Road Construction is essential professional equipment for highway, municipal road, bridge, and rural road projects. It provides stable and continuous concrete supply for
 
 
Key Features & Benefits
 
01/

Rotating Mixing Drum: The mixing drum and internal blades keep concrete moving during transportation to maintain homogeneity. Operating speed and mixing procedures should follow the concrete supplier's recommendations and mix requirements.

02/

Hydraulic Drum Drive: Depending on the selected configuration, a heavy-duty hydraulic pump, hydraulic motor, and reduction gearbox drive the mixing drum. System specifications are verified for each designated model.

03/

Drum and Blade Materials: Drum shells and mixing blades are manufactured from the material grades specified for the selected configuration. Material specifications, plate thicknesses, and optional wear-resistant components are confirmed against technical documentation.

04/

Chassis and Subframe Integration: The supporting subframe connects the mixer assembly to the truck chassis. Chassis compatibility, mounting dimensions, axle load distribution, and vehicle weight limits are verified prior to production.

05/

Controlled Discharge: The discharge assembly supports the unloading of ready-mixed concrete at the construction site. Chute configuration, discharge angles, and optional extensions depend on the selected model specifications.

06/

Water System Options: Where fitted, the water tank and associated piping support designated water-supply and cleaning operations. Tank capacity, pump or air-pressure configuration, and connection points depend on the specific equipment package.

Applications

 

Commercial Building Construction

Transporting ready-mixed concrete for foundations, columns, floor slabs, and structural works at residential and commercial building sites.

01

Road and Bridge Engineering

 

Delivering concrete for road construction, bridge works, pavement projects, and related infrastructure applications where vehicle dimensions and weight limits meet site requirements.

02

Ready-Mix Concrete Plants

 

Supporting concrete suppliers that deliver batches from central mixing plants to multiple construction and job sites.

03

Municipal Engineering

 

Supplying concrete for drainage systems, road repairs, utility infrastructure, and public works, subject to local vehicle-access restrictions.

04

Remote Construction Sites

 

Supporting projects with longer transport routes or challenging access conditions when the selected chassis, drivetrain, cooling package, and vehicle configuration match the operating environment.

05

 

Technical Specifications

 

Specification Item

Model 80

Model 100

Model 120

Model Designation

To be confirmed

To be confirmed

To be confirmed

Nominal Capacity

8 m3

10 m3

12 m3

Geometric Drum Volume

To be confirmed

To be confirmed

To be confirmed

Rated Mixing Capacity

To be confirmed

To be confirmed

To be confirmed

Truck Chassis Brand & Model

To be confirmed

To be confirmed

To be confirmed

Axle Configuration

To be confirmed

To be confirmed

To be confirmed

Gross Vehicle Weight Rating (GVWR)

To be confirmed

To be confirmed

To be confirmed

Rated Payload

To be confirmed

To be confirmed

To be confirmed

Engine Brand & Model

To be confirmed

To be confirmed

To be confirmed

Engine Rated Power

To be confirmed

To be confirmed

To be confirmed

Drum Rotation Speed

To be confirmed

To be confirmed

To be confirmed

Hydraulic Pump & Motor

To be confirmed

To be confirmed

To be confirmed

Gearbox Model & Reduction Ratio

To be confirmed

To be confirmed

To be confirmed

Water Tank Capacity

To be confirmed

To be confirmed

To be confirmed

Overall Dimensions

To be confirmed

To be confirmed

To be confirmed

Emissions Configuration

Destination-market dependent

Destination-market dependent

Destination-market dependent

Optional Equipment

Subject to availability

Subject to availability

Subject to availability

 

 

Manufacturing & Quality Control

Manufacturing a concrete mixer truck involves drum fabrication, mixing-blade installation, structural subframe assembly, chassis integration, and installation of the drive and discharge systems. Material selection, component dimensions, welding procedures, and assembly requirements follow approved design and production specifications.


Quality inspection may include checks of component dimensions, weld appearance, mounting alignment, hydraulic connections, control operation, and drum rotation, as applicable to the selected configuration. Final inspection procedures and acceptance criteria are based on the manufacturer's quality-control system and relevant vehicle requirements.


Specific claims regarding cutting tolerances, automated welding, surface-treatment grades, dynamic balancing, pressure testing, and specialized inspection procedures are applied when supported by actual factory processes, inspection records, and applicable technical standards.

Automatic Concrete Mixer Truck

 

Customization & OEM Services
 

Chassis Integration: Chassis compatibility is evaluated according to the customer's preferred brand, model, wheelbase, rear overhang, axle configuration, and load requirements.

 

Drum Capacity Selection: Available drum configurations are selected based on the manufacturer's model range and required concrete delivery volume.

 

Drive System Configuration: Hydraulic drive components and related specifications depend on the selected design and equipment availability.

 

Water System Options: Water tank capacity, piping arrangement, and cleaning-related equipment can be specified according to the chosen configuration.

 

Control Configuration: Operating controls and control stations are arranged according to vehicle design and selected equipment.

 

Branding and Paint: Custom colors, company logos, and fleet identification may be available subject to production requirements and destination-market regulations.

 

Export Requirements: Engine emissions, vehicle dimensions, safety equipment, documentation, and other market-specific requirements are reviewed before order confirmation.

 

Related Products & Spare Parts
 

Replacement parts and related components should be selected according to the exact mixer truck model and installed configuration:

Mixing Drum Components

Mixing blades, wear components, and compatible replacement parts.

Hydraulic Drive Components

Hydraulic pumps, motors, seals, and service components where applicable.

Gearbox Components

Compatible reduction gearboxes and service or repair parts.

Water System Components

Water pumps, hoses, valves, and fittings for the installed system.

Discharge Components

Discharge chutes, extensions, and compatible fittings.

Drum Support Components

Support rollers and drum-support parts where fitted.

 

 

Frequently Asked Questions

 

 

Q: How do I choose the right concrete mixer truck capacity?

A: Start with the required concrete volume per delivery, expected daily delivery schedule, road weight restrictions, and site access conditions. Compare the rated mixing capacity, geometric drum volume, rated payload, and GVWR, ensuring that the selected chassis and axle configuration meet applicable legal weight limits.

Q: What is the difference between geometric drum volume and rated mixing capacity?

A: Geometric drum volume refers to the internal geometric volume of the drum. Rated mixing capacity refers to the manufacturer's specified concrete mixing or carrying capacity under a defined standard. These figures are not interchangeable; buyers should request technical data for the exact model.

Q: Can a concrete mixer assembly be mounted on a customer-supplied chassis?

A: Yes, subject to engineering feasibility and chassis compatibility. Relevant information includes the chassis brand and model, wheelbase, rear overhang, axle configuration, available PTO interface, mounting dimensions, and weight limits. Technical verification must be completed before production.

Q: How is concrete kept in motion during transportation?

A: The mixing drum rotates during transit according to the operating procedure specified for the concrete mix and vehicle. Appropriate drum speed and transport duration depend on mix design, ambient conditions, delivery requirements, and supplier instructions. Drum rotation alone does not prevent all slump loss or stop cement hydration.

Q: What maintenance should be considered?

A: Routine maintenance includes checking the drum and mixing blades for wear, inspecting hydraulic hoses and connections where fitted, maintaining the drive system, cleaning concrete residue, and inspecting discharge components. Follow the vehicle and component manufacturers' service schedules, inspection procedures, and replacement recommendations.

Q: What information is required to request a quotation?

A: To help determine a suitable configuration, provide the required capacity, preferred chassis brand or model, destination country, expected operating conditions, emissions requirements, optional equipment, and order quantity. This enables the confirmation of technical feasibility, available configurations, pricing, production lead time, and delivery terms.

Q: Can the truck be configured for different operating environments?

A: Potential configuration changes include chassis selection, cooling equipment, and other options available within the manufacturer's product range. Buyers should specify the expected ambient temperature, road conditions, terrain, transport distance, and local regulatory requirements for suitability assessment.

Q: What technical documents should be confirmed before ordering?

A: Depending on the vehicle and destination market, buyers should confirm the technical specification sheet, chassis and engine details, relevant compliance documentation, operating and maintenance manuals, spare-parts information, warranty terms, and any applicable inspection or test records.

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