HZS90 Wet Mix Concrete Plant

Equipment visualization · final configuration follows the technical schedule.

Concrete Batching Plants

HZS90 Wet Mix Concrete Plant

The HZS90 combines a JS1500 mixer with measured aggregate, powder and liquid feeding for batch concrete production.

Stationary / wet mixProject configuration

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TECHNICAL DATA / STATIONARY / WET MIX

Specifications & configuration

The HZS90 combines a JS1500 mixer with measured aggregate, powder and liquid feeding for batch concrete production.

Theoretical productivity90 m³/h

Mixer modelJS1500

Mixing motor power2 × 30 kW

HZS90 Wet Mix Concrete Plant — technical specification and equipment configuration
Parameter	Specification	Parameter	Specification
Theoretical productivity	90 m³/h	Aggregate bin arrangement	4 × 12 m³
Mixer model	JS1500	Aggregate fractions	4
Mixing motor power	2 × 30 kW	Maximum screw-conveyor output	80 t/h
Reference cycle time	60 s	Concrete discharge height	4.0 m
Mixer discharge volume	1,500 L	Total installed plant power	164 kW
Maximum aggregate size	≤ 80 mm	Aggregate weighing accuracy	± 2%
Reference cement storage	4 × 100 t	Powder weighing accuracy	± 1%
Aggregate batcher volume	2,400 L	Water and admixture accuracy	± 1%

Controlled batching

Separate aggregate, cement, water and admixture streams keep the production sequence clear and repeatable.

Connected material flow

Storage, conveying and discharge are treated as parts of the same production line.

Production records

Recipe selection, weighing results and batch records support day-to-day production management.

Operating process

Select the concrete recipe and batch quantity.
Weigh the aggregate, powder and liquid ingredients.
Transfer the measured materials through the mixing process.
Discharge the completed batch to the receiving vehicle or production line.

Typical applications

Building and civil engineering concrete
Road, bridge and infrastructure works
Precast components and ready-mix production

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Published reference configuration. Output depends on the material, operating cycle and site conditions. Final supply follows the agreed technical schedule.