Batching Plant Cement Concrete Mixer

PRO offers batching plant cement Concrete Mixer equipped with high-efficiency mixing systems engineered for cement and concrete applications. Featuring a unique planetary motion mechanism, the unit combines revolutionary and rotational movements to deliver thorough, homogeneous blending of high-viscosity materials, eliminate dead zones, and boost overall production efficiency.

Product Parameter (Specification)

Product Feature And Application

Feature

General Advantages

Uniform Mixing: Gravity-fed circulation in the self-falling type, and forced shear action in the forced-mixing type—both ensure thorough dispersion of aggregates and binders.
High Efficiency & Stability: Mixing cycles of 45–60 seconds for the forced-mixing single-pan type, and 90–120 seconds for the self-falling type—ideal for continuous construction operations.
Convenient Operation: Features electric or hydraulic feeding mechanisms, one-touch forward/reverse rotation, and tilt-to-discharge functionality, with residual material levels kept to ≤5%.
Durable & Reliable: Equipped with wear-resistant blades and liners, along with heavy-duty transmission systems, designed to withstand harsh construction site environments.
Flexible Adaptability: Can operate as a standalone unit or be paired with a batching machine to form a simple mixing station.

Application

Gravity-type: Civil construction, rural projects, small-scale job sites, road repairs, mortar mixing.
Forced-type: Commercial concrete batching plants, precast component factories, bridges/tunnels/high-speed rail, hydraulic/nuclear power projects, high-strength/specialty concrete applications.

By Concrete Type: Plastic concrete → Gravity-type; Dry-hard / High-strength / Specialty concrete → Forced-type.
By Production Scale: Small batches → JZM350/500; Medium to large scale → JS750/1000 and above.
By Operating Conditions: Fixed site → Fixed forced-type; Mobile construction → Mobile gravity-type / Small-scale forced-type.
By Budget: Gravity-type offers lower initial cost; Forced-type offers higher efficiency and superior long-term overall cost-effectiveness.

Production Details

Principle: A stationary drum houses horizontal or vertical shafts equipped with blades; these blades generate forced shearing, squeezing, and overturning actions on the material, ensuring a complete mix with no dead zones and superior uniformity.

Mainstream Models:

Twin-Shaft (JS): Features two counter-rotating horizontal shafts, delivering rapid mixing speeds (45–60 seconds per batch), excellent homogeneity, and high efficiency.
Vertical-Shaft Planetary / Turbo (JW): Employs blades that execute a planetary motion, sweeping across the entire drum volume to eliminate dead zones; ideal for specialized concrete mixtures.
Features: Delivers high-quality mixing results at high speeds with broad material adaptability; energy consumption and noise levels are slightly higher, and maintenance is somewhat more complex.
Applications: Suitable for specialized concrete types—including dry-hard, high-strength, lightweight aggregate, fiber-reinforced, and self-compacting concretes—as well as for use in precast plants, commercial batching plants, and large-scale engineering projects.