Mobile Wet Concrete Batching Plant

Mobile Wet Concrete Batching Plant
Product Introduction:
Mobile wet concrete batching plants combine accurate dosing, twin-shaft mixing, and relocation-ready construction for temporary infrastructure and remote concrete production.
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Description
Technical Parameters

Selection Overview

A Plant Selected Around the Project

A mobile wet concrete batching plant suits projects that need plant-mixed concrete without a permanent batching facility. Aggregates, cementitious materials, water, and admixtures are measured before entering a twin-shaft mixer. Finished concrete is then discharged to approved receiving equipment.

Mobility does not mean every configuration moves as one load. Silos, screw conveyors, bin extensions, and control rooms may travel separately, so selection must reflect the real relocation plan.

Mobile wet concrete batching plant with trailer-mounted aggregate bins and elevated mixer

Match the YHZS Model

Choose by Sustained Project Demand
 

Compare the working demand first, then confirm storage, utilities, truck cycle, site access, and transport limits.

YHZS mobile wet concrete batching plant option 1
 

YHZS-25 / YHZS-35

Compact choices for moderate demand, restricted access, and projects where simple relocation matters more than peak output.

 

YHZS-60

A balanced middle range for dispersed roadwork, precast support, and construction packages with steady material supply.

YHZS mobile wet concrete batching plant option 2
YHZS mobile wet concrete batching plant option 3
 

YHZS-90

Suited to stronger sustained demand when aggregate feeding, powder storage, water supply, and truck circulation are properly coordinated.

 

YHZS-120

The highest listed range, requiring a well-planned production chain and sufficient supporting equipment rather than capacity selection alone.

YHZS mobile wet concrete batching plant option 4

Configuration Inputs

 
Three Inputs That Shape the Configuration
 

Material handling, mixing duty, and control requirements determine the practical plant arrangement.

Aggregate grading, maximum size, bin quantity, loader access, and feeding continuity affect the batching arrangement.
Aggregate Feeding
Recipe complexity, nominal batch size, discharge coordination, and cycle requirements guide mixer selection.
Mixing Duty
Voltage, water, admixture circuits, calibration needs, and operating records define the control package.
Control and Utilities

Wet-Mix Production

One Controlled Wet-Mix Sequence

Aggregate is batched while cementitious materials, water, and admixtures follow separate weighing paths. The control system transfers each measured component to the twin-shaft mixer, completes the programmed mixing stage, and releases finished concrete.

01
Dose Materials
02
Mix at the Plant
03
Discharge Concrete
Wet-mix batching sequence from dosing to concrete discharge

Core Systems

Integrated Systems for Consistent Operation

The mixer, aggregate batching unit, powder weighing and conveying system, water and admixture circuits, pneumatics, and control system operate as one production line. Published mixer pairings run from JS500 to JS2000, with nominal discharge from 0.5 to 2.0 m3 per batch.

01

Mixer and weighing

Actual production depends on recipe complexity, aggregate condition, feeding continuity, mixer cycle, discharge coordination, calibration, and operating practice.

02

Material supply

Loader, powder delivery, water supply, and truck cycles must support the selected plant output.

03

Control and calibration

Routine inspection and calibrated weighing are essential to stable batching.

Concrete batching plant control system for weighing and production sequencing

Applications and Site Planning

Applications That Benefit from Relocation-Ready Production

Use site conditions and concrete logistics to decide whether a mobile wet plant is appropriate.

Useful where concrete demand moves between work zones and permanent batching infrastructure is impractical.

Airport and Port Works

Useful where concrete demand moves between work zones and permanent batching infrastructure is impractical.

Supports dispersed civil works when material supply and truck cycles remain coordinated with the paving or structural schedule.

Highway and Railway Packages

Supports dispersed civil works when material supply and truck cycles remain coordinated with the paving or structural schedule.

Provides plant-mixed concrete near major building packages with planned access, drainage, power, and storage.

Industrial and Civil Construction

Provides plant-mixed concrete near major building packages with planned access, drainage, power, and storage.

A project-specific layout can address access and clearance limits after dimensions and lifting arrangements are reviewed.

Restricted-Height Sites

A project-specific layout can address access and clearance limits after dimensions and lifting arrangements are reviewed.

 

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Technical Data

 

Parameter YHZS-25 YHZS-35 YHZS-60 YHZS-90 YHZS-120
Theoretical production (m3/h) 25 35 60 90 120
Mixer JS500 JS750 JS1000 JS1500 JS2000
Nominal discharge (m3) 0.5 0.75 1.0 1.5 2.0
Maximum aggregate (mm) 60 80 80 80 80
Main arrangement Semi-trailer Semi-trailer Semi-trailer Semi-trailer Semi-trailer
Approx. power (kW) 60.8 72.3 92 120 160

Practical Selection Notes

Start with sustained output, then check loader capacity, cement delivery, water supply, mixer cycle, and truck dispatch. Any one of these can limit actual production.

Final dimensions, weight, bin arrangement, voltage, discharge height, storage, and supporting works follow the approved technical proposal and drawing.

 

 

Request a YHZS Configuration Review

 

 

FAQ

 

How is a mobile wet plant different from a mobile dry plant?

A wet plant mixes all measured materials in the plant mixer before discharge. A dry plant meters materials for mixing in the truck or another downstream mixer.

Can every YHZS plant move as one complete trailer?

No. The main batching and mixing section is relocation-oriented, while silos, conveyors, extensions, and other auxiliaries may require separate loads.

Which model should I choose?

Choose from sustained hourly demand, recipe requirements, material supply, truck cycle, utilities, site space, and transport limits rather than theoretical output alone.

What information is needed for a technical proposal?

Provide the target output, recipes, aggregate data, powders, admixtures, voltage, site drawing, storage needs, discharge method, climate, and relocation plan.

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