Dry Mix Concrete Batching Plant

Dry Mix Concrete Batching Plant

A dry mix concrete batching plant weighs aggregates and cement, then discharges materials directly into mixer trucks. Water is added into the truck, and final mixing is completed by the mixer truck during transport. This configuration is suitable when you need lower initial investment, simpler plant structure, faster truck loading, and less central mixer cleaning work.

Quick Positioning

Available Dry Mix Concrete Batching Plant Models

Select the dry mix plant capacity according to your mixer truck fleet, truck loading cycle, daily concrete demand, cement storage plan, and site dispatch rhythm.

No Central Mixer, Direct Discharge into Mixer Truck

No Central Mixer, Direct Discharge into Mixer Truck

Capacity25-180 m3h
Recommended ForSuitable for projects where mixer trucks are already part of the concrete production and delivery workflow.
  • No central mixer; the plant focuses on weighing and truck loading.
  • Aggregates, cement, and additives are weighed before direct discharge.
  • Water is added into the mixer truck according to the required recipe.
  • Concrete quality depends on truck mixing time, water control, transport distance, and recipe management.

Dry Mix Concrete Batching Plant Reference Specifications

Final configuration should be confirmed according to your mixer truck fleet, daily production plan, site layout, cement storage, water adding method, and delivery distance.

ModelHZG25HZG35HZG60HZG90HZG120HZG180
Production capacity (m3/h)25356090120180
Aggregate feeding modeBelt conveyorBelt conveyorBelt conveyorBelt conveyorBelt conveyorBelt conveyor
Aggregate batcherPLD800PLD1200PLD1600PLD2400PLD3200PLD6400
Max. aggregate size (mm)60/8060/8060/8060/8060/8060/80
Discharging height (m)3.83.84.14.14.14.1
Aggregate weighing accuracy (%)±2±2±2±2±2±2
Cement weighing accuracy (%)±1±1±1±1±1±1
Water weighing accuracy (%)±1±1±1±1±1±1
Additive weighing accuracy (%)±1±1±1±1±1±1
Total power (kw)5075100110150210
Control systemComputerComputerComputerComputerComputerComputer
Dry Mix vs Wet Mix

Dry Mix vs Wet Mix Concrete Batching Plant

The key difference is where the concrete is mixed. A wet mix plant uses a central mixer before discharge, while a dry mix plant sends weighed dry materials into the mixer truck and relies on the truck drum to complete mixing.

ItemDry Mix Concrete Batching PlantWet Mix Concrete Batching Plant
Mixing methodMixing happens inside the concrete mixer truck.Mixing is completed by the central mixer before discharge.
Central mixerNot required.Required.
InvestmentUsually lower because the plant structure is simpler.Usually higher because the mixer and platform system are included.
MaintenanceLess mixer cleaning work at the plant.The central mixer needs daily cleaning and maintenance.
Quality controlDepends more on truck drum speed, water control, and mixing time.More stable because mixing is controlled inside the plant.
Suitable useGeneral concrete delivery where truck mixing is accepted.Projects requiring more consistent concrete quality and controlled mixing.

Not sure which mixing route fits your project?

Send your required capacity, concrete delivery distance, mixer truck quantity, and concrete quality requirement. QIC Machinery can help you compare dry mix and wet mix plant options for your project.

Compare My Plant Options
Product Video

Dry Mix Concrete Batching Plant Loading and Truck Mixing Video

Use this position to show material weighing, discharge into mixer truck, water adding process, truck drum mixing, and dispatch workflow.

Factory & Delivery Records

Dry Mix Plant Production and Delivery Records

Check batching frame preparation, cement silo matching, discharge hopper assembly, control cabinet testing, and export packing before confirming your dry mix concrete batching plant.

Aggregate Batching Machine Production Completed

Aggregate Batching Machine Production Completed

The aggregate batching machine has completed production, with aggregate bins, frame structure, weighing components, and discharge system prepared for dry mix concrete plant assembly.

Dry Mix Plant Equipment Loaded for Container Shipping

Dry Mix Plant Equipment Loaded for Container Shipping

Plant modules, batching equipment, electrical parts, and accessories are organized and loaded into containers for overseas delivery according to the installation sequence.

Engineer Installation Support at Project Site

Engineer Installation Support at Project Site

QIC Machinery engineers support on-site installation, including equipment positioning, structural connection, electrical coordination, and preparation for commissioning.

Dry Mix Concrete Batching Plant Installed and Trial Running

Dry Mix Concrete Batching Plant Installed and Trial Running

After installation, the dry mix concrete batching plant enters trial operation to check material weighing, truck loading, control logic, and production workflow before regular use.

Model Advantages

Why Choose a Dry Mix Concrete Batching Plant

A dry mix plant is suitable when you want a simpler batching structure and your production workflow already depends on mixer trucks.

Lower Initial Investment

Without a central mixer, the plant structure can be simpler and the initial equipment investment can be lower than a wet mix batching plant.

Simpler Plant Structure

The system focuses on material storage, weighing, and truck loading instead of centralized forced mixing.

Faster Discharge Cycle

Measured materials can be discharged directly into the mixer truck, helping improve truck loading rhythm when dispatch is well organized.

Less Mixer Cleaning Work

Because there is no central mixer, daily cleaning and mixer wear management can be reduced, while truck drum cleaning remains important.

Core Systems

Dry Mix Concrete Batching Plant Core Systems

The main systems of a dry mix concrete batching plant include aggregate batching, cement silo feeding, powder weighing, direct truck discharge, water control, PLC recipe management, and mixer truck workflow coordination.

Dry Mix Concrete Batching Plant Core Systems

Aggregate bins store different stone and sand sizes, while the weighing system controls discharge quantity before materials enter the truck loading route.

Layout & Installation

Dry Mix Plant Layout and Truck Dispatch Planning

Dry mix plant layout should be planned around mixer truck access, discharge height, aggregate loading route, cement silo position, water adding method, and truck dispatch rhythm.

Dry Mix Plant Layout and Truck Dispatch Planning

Mixer Truck Loading Route

Confirm truck entry direction, discharge point, turning radius, waiting area, and safe loading height before finalizing the plant layout.

Silo and Powder Feeding Arrangement

Plan cement silo position, screw conveyor angle, dust collector access, and powder weighing route to reduce installation conflict.

Water Adding and Recipe Control

Confirm how water is measured, added, recorded, and controlled so the mixer truck can complete final mixing according to the required concrete recipe.

Why Buy from QIC Machinery

Why Choose QIC Machinery for Dry Mix Concrete Batching Plants

QIC Machinery helps you review whether dry mix batching is suitable for your mixer truck fleet, concrete delivery distance, site layout, water control method, and required production rhythm.

01 Workflow

Workflow Matching

QIC Machinery reviews your mixer truck quantity, truck drum volume, target output, and dispatch route before recommending a dry mix plant configuration.

02 Layout

Layout Coordination

We help check truck loading position, silo layout, aggregate feeding route, discharge height, and installation sequence before delivery.

03 System

Control System Review

Batching sequence, weighing feedback, recipe settings, and discharge logic can be checked before shipment to support more stable operation.

04 Parts

Spare Parts Planning

Common sensors, pneumatic parts, conveyor parts, filters, valves, and electrical components can be prepared according to your plant configuration.

Dry Mix Concrete Batching Plant FAQ

Dry Mix Concrete Batching Plant FAQ

These questions help you decide whether a dry batch plant matches your mixer truck fleet, site layout, concrete supply route, and quality control requirements.

What is a dry mix concrete batching plant?Click to expandClick to close

A dry mix concrete batching plant stores and weighs aggregates, cement, and other materials, then discharges them into a mixer truck. Water is added into the truck, and the mixer truck completes final mixing during transport.

How is a dry mix plant different from a wet mix concrete batching plant?Click to expandClick to close

A wet mix plant uses a central mixer before discharge. A dry mix plant does not use a central mixer, so concrete quality depends more on truck mixing time, water control, transport distance, and recipe management.

When should I choose a dry mix concrete batching plant?Click to expandClick to close

You can consider a dry mix plant when you already use mixer trucks, need lower initial investment, prefer a simpler plant structure, and can control truck mixing and delivery time properly.

Does a dry mix plant require mixer trucks?Click to expandClick to close

Yes. Mixer trucks are an important part of the dry mix production workflow because final concrete mixing happens inside the truck drum.

What information should I provide before choosing this plant?Click to expandClick to close

Please provide your target capacity, mixer truck quantity and drum volume, transport distance, concrete grade, aggregate condition, water control method, site layout, and destination country.

Request a Dry Mix Concrete Plant Configuration Review

Send your target output, mixer truck quantity, truck drum volume, aggregate types, cement silo requirement, water adding method, transport distance, voltage, destination country, and site layout. QIC Machinery will review whether a dry mix concrete batching plant matches your production workflow.

Please include these dry mix concrete batching plant details:
  • Required output, mixer truck quantity, and truck drum volume.
  • Aggregate types, cement silo requirement, and water adding method.
  • Transport distance, truck loading route, and site layout.
  • Voltage, destination country, delivery schedule, and installation plan.
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