Concrete Mixer

QIC Machinery concrete mixers are used as standalone mixing equipment or as the core mixing unit in concrete batching plants, precast production lines, and compact jobsite systems. You can select twin-shaft, planetary, pan, or drum mixer configurations according to your concrete type, batch volume, aggregate size, mixing intensity, and production cycle.

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Quick Positioning

Choose the Right Concrete Mixer Type

Select your concrete mixer according to batch volume, concrete type, aggregate size, mixing time, discharge method, production cycle, wear liner requirement, motor power, and whether the mixer will work alone or inside a concrete batching plant.

JS Series Twin-Shaft Concrete Mixer

Recommended ForA JS twin-shaft concrete mixer is suitable when your project needs a forced mixing host inside a concrete batching plant. The configuration should review discharge volume, maximum aggregate size, concrete slump, liner material, shaft-end sealing, lubrication method, discharge gate type, mounting dimensions, and matching with the aggregate batching system.

Suitable for batching plant mixing hosts and ready-mix production layouts.
Discharge volume should match plant capacity, aggregate batch size, and mixing cycle.
Shaft-end seal, lubrication pump, liner, and blade maintenance should be planned before operation.
Retrofit projects should review bolt-hole distance, discharge height, support frame, and motor interface.

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Twin-Shaft Concrete Mixer Technical Parameters

JS twin-shaft mixers are the standard forced-mixing heart for commercial batching plants and old-plant host replacement.

Parameter	JS500	JS750	JS1000	JS1500	JS2000	JS3000
Model	JS500	JS750	JS1000	JS1500	JS2000	JS3000
Charging Capacity (L)	800	1200	1600	2400	3200	4800
Discharging Capacity (L)	500	750	1000	1500	2000	3000
Productivity (m³/h)	25	30-35	50	75-90	100-120	150
Mixing Motor Power (kW)	18.5	30	2 × 18.5	2 × 22	2 × 37	2 × 55
Mixing Motor Model	–	Y200L-4-B3	Y225S-4	–	Y225S-4	Y280M-6
Lifting Motor Power (kW)	5.5	7.5	11	18.5	–	–
Water Pump Power (kW)	1.1	0.75-1.1	3	3	–	–
Mixing Blade Qty	–	2 × 7	2 × 8	2 × 8	2 × 9	2 × 10
Mixing Blade Speed (r/min)	–	30.5	25	25.5	23.1	21.85
Max Aggregate Size (mm)	60	80/60	80	80	80	80/60
Discharge Height (mm)	–	2000	4100	4100	–	–
Discharging Model	–	Hydraulic / Manual	Pneumatic cylinder	Hydraulic	–	–
Overall Dimension (mm)	2960×2600×4400	3100×3500×5620	8935×3830×10670	–	3500×2320×1677	3990×2600×1700
Overall Weight (kg)	3970	6100	8600	11130	10200	11450

JZC Series Reversing Drum Mixer

Recommended ForA JZC drum mixer is suitable when your project needs self-falling mixing, reverse discharge, skip hoist feeding, and towable movement between nearby work areas. The final model should be selected according to required batch volume, aggregate size, water supply, power condition, towing route, ground condition, and local jobsite workflow.

Suitable for small jobsite concrete mixing without a full batching plant layout.
Reverse drum discharge and skip hoist feeding should match site material handling.
Towable movement still requires ground condition, towing distance, and connection review.
Power supply, water source, feeding space, and discharge area should be checked before use.

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Drum Concrete Mixer (JZC Series)

JZC drum mixers are standalone jobsite mixers for small pours and simple concrete work, not transit equipment.

Specification	JZC250	JZC350	JZC500	JZC750
Capacity	6–8 m³/h	10–14 m³/h	18–20 m³/h	20–22 m³/h
Discharge Volume	250 L	350 L	500 L	750 L
Charge Volume	320 L	560 L	800 L	1,200 L
Mixing Motor Power	4.5 kW	5.5 kW	7.5 kW	11 kW
Hoist Motor Power	4 kW	4.5 kW	7.5 kW	7.5 kW
Water Pump Power	0.55 kW	0.55 kW	0.75 kW	0.75 kW
Water Supply Accuracy	≤2%	≤2%	≤2%	≤2%
Drum Rotating Speed	14 r/min	14 r/min	13 r/min	12 r/min
Max Aggregate Size	60 mm	60 mm	60 mm	60–80 mm
Overall Weight	1,500 kg	1,700 kg	2,500 kg	3,500 kg
Overall Dimensions (L×W×H)	2260×1990×2750 mm	2766×2140×2950 mm	4055×2200×3840 mm	4350×2250×4650 mm
Listed values are reference technical parameters. Actual output, mixing cycle, water accuracy, liner wear, and maintenance interval depend on concrete formula, aggregate size, slump, feeding method, discharge method, site operation, and selected configuration.

Product Video

Concrete Mixer Charging, Mixing and Discharge Video

This video position should show aggregate and cement charging, blade movement, water dosing, mixing process, discharge gate operation, and cleaning access.

Factory & Delivery Records

Concrete Mixer Assembly and Trial Operation Proof

QIC Machinery can provide mixer body fabrication photos, blade and liner installation checks, reducer and motor matching, discharge gate testing, trial operation records, packing photos, and loading records before shipment.

Concrete Mixer Assembly and Rotation Check

This factory record shows the mixer body, mixing shaft or drum structure, discharge area, gearbox position, motor connection, and frame assembly before shipment. These visible details help your team review the selected mixer structure and installation interface.

Wear Parts and Seal Components Preparation

Mixing blades, liners, scrapers, seal rings, lubrication parts, and related accessories are prepared according to the order scope. Your team can review replacement part types and maintenance preparation before the mixer arrives at the site.

Motor, Lubrication Pump, and Electrical Part Packing

Motors, lubrication pumps, electrical components, fasteners, and selected accessories are packed separately for shipment. Organized packing helps your receiving team identify parts, protect sensitive components, and prepare installation checks.

Container Loading and Mixer Body Securing

The mixer body, support frame, loose accessories, and packed components are arranged inside the container according to loading space and packing list. Loading records help your site prepare unloading equipment, lifting access, and part identification after arrival.

Model Advantages

Concrete Mixer Advantages for Application and Retrofit Planning

QIC Machinery concrete mixers are selected according to concrete application, discharge volume, aggregate size, mixing method, retrofit dimensions, wear parts, shaft-end sealing, lubrication, power supply, and maintenance access. The focus is to help your project match the mixer type with actual production conditions.

Mixer Type Matching for Different Concrete Applications

JS twin-shaft mixers, JN planetary mixers, and JZC drum mixers serve different production needs. QIC Machinery reviews whether your project involves batching plant production, precast concrete, block manufacturing, small jobsite mixing, or old mixer replacement before recommending the mixer type.

Wear Parts and Chamber Maintenance Planning

Mixing liners, blades, scrapers, drum surfaces, discharge gates, and access doors should be reviewed according to aggregate abrasiveness, concrete formula, batch frequency, and maintenance schedule. Spare parts can be prepared according to the selected mixer model.

Shaft-End Sealing and Lubrication Review

For twin-shaft mixers, shaft-end sealing and lubrication are important maintenance points. Seal structure, grease pump configuration, lubrication interval, slurry condition, aggregate size, and inspection habits should be checked before long-term operation planning.

Retrofit Dimension and Discharge Matching

When replacing an old mixer host, mounting frame, bolt-hole distance, discharge height, truck clearance, skip position, motor power, and control interface should be reviewed before fabrication and shipment.

Main Systems

Concrete Mixer Core Systems

A concrete mixer normally includes mixing arms or blades, wear liners, reducer, motor, discharge gate, water inlet, inspection door, sealing system, and electrical control connection.

The mixing chamber or drum body holds aggregates, cement, water, and admixture materials during mixing. Chamber volume, drum size, inner surface, access door, liner arrangement, and discharge position should match the selected JS, JN, or JZC mixer model.

Retrofit & Dimension Compatibility

Mixer Matching and Installation Confirmation

QIC Machinery helps you confirm mixer capacity, discharge height, platform size, batching system connection, power supply, water inlet, maintenance space, and export packing before delivery.

Mixer Model and Discharge Volume Review

Your project should confirm required discharge volume, concrete formula, aggregate size, batching cycle, and downstream discharge method before selecting JS, JN, or JZC mixer models.

Existing Plant Frame and Bolt-Hole Measurement

For mixer replacement projects, the existing platform, support frame, bolt-hole distance, mounting surface, and available installation space should be measured before fabrication. Site photos and old mixer drawings can support the review.

Discharge Height and Truck or Skip Clearance Check

Mixer outlet height should match mixer truck loading, skip hopper position, belt conveyor route, or precast material receiving point. Discharge gate direction and cleaning access should be included in the layout review.

Why Buy from QIC Machinery

Why Work with QIC Machinery for Concrete Mixer Selection

QIC Machinery helps you match mixer type with concrete recipe, aggregate size, batching plant capacity, platform layout, spare parts, delivery preparation, and after-delivery service communication.

01 Test

Concrete Application and Mixer Type Review

Your project application is reviewed before mixer selection. Ready-mix batching plants, precast lines, block factories, small jobsites, and mixer replacement projects require different mixing methods and equipment structures.

02 Spares

Retrofit Dimension and Discharge Interface Check

For old mixer replacement, QIC Machinery reviews support frame size, bolt-hole distance, discharge height, outlet direction, truck clearance, and available installation space based on drawings or site photos you provide.

03 Match

Wear Parts and Seal Maintenance Preparation

Liners, blades, scrapers, seal rings, lubrication pump parts, bearings, and discharge gate components can be listed according to mixer type, aggregate abrasiveness, and expected working frequency.

04 Guide

Motor, Voltage, and Control Interface Matching

Mixer motor power, local voltage, frequency, control cabinet connection, water pump power, discharge gate control, and lubrication pump interface should be checked before shipment and commissioning.

FAQ

Concrete Mixer FAQ for Batching Plant, Precast, and Jobsite Projects

These questions help your team compare JS twin-shaft mixers, JN planetary mixers, and JZC drum mixers by concrete application, discharge volume, aggregate size, retrofit dimensions, shaft-end sealing, wear parts, power supply, control interface, shipment, and quotation information.

How do I choose between JS, JN, and JZC concrete mixers?Click to expandClick to close

Choose according to application, discharge volume, concrete formula, aggregate size, site layout, and production method. JS twin-shaft mixers are commonly used in batching plants. JN planetary mixers are often selected for precast, block, paver, and low-slump formulas. JZC drum mixers are suitable for small jobsite concrete preparation.

When should I choose a JS twin-shaft concrete mixer?Click to expandClick to close

Choose a JS twin-shaft mixer when your project needs a forced mixing host for a concrete batching plant, ready-mix supply, road works, bridge projects, or mixer replacement. Discharge volume, aggregate size, shaft-end sealing, liner wear, discharge height, and plant structure should be reviewed before selection.

When should I choose a JN planetary concrete mixer?Click to expandClick to close

A JN planetary mixer can be considered for precast elements, concrete blocks, pavers, colored concrete, and low-slump formulas. Final selection should review chamber coverage, scraper arrangement, aggregate size, mixing time, discharge method, and product formula.

When should I choose a JZC drum mixer?Click to expandClick to close

A JZC drum mixer is suitable for smaller jobsites that need simple on-site concrete preparation. Model selection should consider batch volume, aggregate size, water supply, power condition, skip hoist feeding, towing route, and discharge area.

Can a concrete mixer replace the old mixer in my batching plant?Click to expandClick to close

A replacement mixer can be reviewed if your existing plant frame, bolt-hole distance, discharge height, motor interface, outlet direction, and truck loading clearance are available. Site photos and old mixer drawings help confirm whether modification or additional support is needed.

What dimensions are needed for mixer retrofit?Click to expandClick to close

Please prepare old mixer model, support frame size, bolt-hole distance, discharge outlet height, mixer truck clearance, platform opening, motor position, control cabinet interface, and available lifting space before retrofit review.

What concrete formulas can each mixer handle?Click to expandClick to close

JS twin-shaft mixers are commonly used for ready-mix and construction concrete. JN planetary mixers are often used for precast, block, paver, colored, or low-slump concrete. JZC drum mixers are used for basic jobsite concrete. Final selection depends on slump, aggregate size, water content, admixture, and required batch volume.

What affects mixing performance and cycle time?Click to expandClick to close

Mixing performance and cycle time depend on concrete formula, aggregate size, moisture, feeding order, mixing volume, water dosing, blade condition, chamber geometry, discharge method, and operator procedure.

How should shaft-end sealing and lubrication be maintained?Click to expandClick to close

Shaft-end sealing depends on seal structure, grease supply, slurry condition, aggregate size, operating frequency, and maintenance habits. Multi-layer seals and automatic lubrication can support shaft-end protection, but regular inspection and grease maintenance are still required.

What wear parts should be prepared?Click to expandClick to close

Common wear parts include mixing liners, blades, scrapers, seal rings, bearings, lubrication parts, discharge gate parts, drum contact parts, fasteners, and selected electrical components. The final spare parts list should match mixer type and working frequency.

Get Mixer Quote

Need a Concrete Mixer Matched to Your Production Cycle?

Tell us your concrete type, batch volume, aggregate size, required output, mixing cycle, discharge height, power condition, installation layout, and destination country.

Useful details before quotation:

Required discharge volume: 0.5 m3, 1 m3, 2 m3, 3 m3, or custom.
Material type: ready-mix, precast, block, UHPC, dry-cast, or jobsite concrete.
New plant matching or old mixer replacement.
Old mixer base drawing, bolt-hole distance, discharge height, and site photos if available.

Get Your Quote

Item	JN500	JN750	JN1000	JN1500
Filling Capacity（L)	750	1200	1500	2250
Output Volume（L)	500	800	1000	1500
Mixing Power（Kw)	22	30	37/45	45/55
Mixing Star*Mixing Blade	1*2	1*2	2*2	2*2
Side Scraper/Discharge Scraper	1/1	1/1	1/1	1/1
(Pneumatic) Unloading	SC125*300	SC125*350	Not applicable	Not applicable
Discharging Power（Kw)		2.2	2.2	2.2

Concrete Mixer