JS Series Double-Shaft Forced Concrete Mixer

Equipment visualization · final configuration follows the technical schedule.

Concrete Mixers

JS Series Double-Shaft Forced Concrete Mixer

A twin-shaft forced-mixing family for stand-alone mixing duties and concrete batching-plant installations.

Twin-shaft mixersProject configuration

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TECHNICAL DATA / TWIN-SHAFT MIXERS

Specifications & configuration

A twin-shaft forced-mixing family for stand-alone mixing duties and concrete batching-plant installations.

SeriesJS twin-shaft forced mixers

Reference model rangeJS500, JS750, JS1000, JS1500, JS2000, JS3000

Reference discharge-volume range500–3,000 L

JS Series Double-Shaft Forced Concrete Mixer — technical specification and equipment configuration
Parameter	Specification	Parameter	Specification
Series	JS twin-shaft forced mixers	Installation options	Stand-alone mixer or batching-plant main mixer
Reference model range	JS500, JS750, JS1000, JS1500, JS2000, JS3000	Working components	Mixing shafts, blades and chamber liners
Reference discharge-volume range	500–3,000 L	Feed arrangement	Batch ingredient loading
Reference charging-volume range	800–4,800 L	Discharge arrangement	Controlled batch discharge
Mixing action	Opposed twin-shaft forced mixing	Application scope	Roads, bridges, precast and ready-mix production

Purposeful mixing action

The mixer moves materials through a defined blending pattern to combine aggregate, binder and liquids.

Wear-component access

Blades, liners and other working surfaces are the main focus of routine condition checks.

Line compatibility

Feeding, water supply and discharge interfaces connect the mixer to the surrounding production equipment.

Operating process

Introduce the measured batch ingredients.
Run the mixer through the specified mixing cycle.
Discharge the mixture to the receiving system.
Clean the mixing chamber and inspect the working surfaces.

Typical applications

Concrete batching and production lines
Precast and component manufacturing
Building and infrastructure works

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