CO-NELEMixing & Granulation
Explore our high-performance compulsory mixing technology and batching plant configurations manufactured directly in our Qingdao production bases.
The standard baseline for compact, high-efficiency concrete batching equipment engineered for small-to-medium civil projects.
Delivers high hourly capacity with continuous skip-hopper batching and micro-second aggregate dosing precision.
Compulsory twin-shaft forced mixing system guaranteeing homogenisation coefficient CV ≤ 5% within a 60s cycle.
3-to-4 compartment aggregate batching bin with independent high-precision load cells and pneumatic discharge doors.
Skip-hoist elevation mechanism significantly reduces spatial footprint compared to conventional inclined conveyor belt plants.
The HZS35 Concrete Batching Plant engineered in China represents a pivotal landmark in modular construction equipment. Designed around a compulsory JS750 twin-shaft mixer paired with a PLD1200 aggregate batcher, the plant operates on a 750-liter charging volume producing 0.5 m³ of compacted concrete per cycle. Operating at an optimized 72-second total cycle time, the plant systematically delivers a rated nominal throughput of 35 cubic meters per hour under continuous operating conditions.
Unlike larger conveyor-belt plants (such as HZS60 or HZS90), the HZS35 utilizes a high-angle skip hoist elevator system. This mechanical choice reduces the footprint of the plant by over 45%, making it the ideal industrial choice for space-constrained jobsites, precast yard installations, semi-mobile concrete depots, and mountainous road building projects.
The JS750 twin-shaft mixing system utilizes counter-rotating shafts equipped with high-chrome alloy mixing blades positioned at precise helical angles. This forces both axial and radial material turbulence, eliminating dead spots near the vessel walls and yielding high structural concrete strength within short mixing intervals (30-45 seconds).
| Technical Parameter | Standard Specification (HZS35) | Engineering Advantage |
|---|---|---|
| Theoretical Productivity | 35 m³/h | Optimized for small-to-mid size ready-mix & precast projects |
| Main Mixer Model | JS750 Compulsory Twin Shaft | High shear force, uniform hydration, low wear rate |
| Mixer Motor Power | 30 kW (Dual 15kW or single 30kW motor setup) | Energy-efficient torque delivery with heavy load restart capacity |
| Aggregate Batching Bin | PLD1200 (2 to 4 Bins, 1200L hopper) | Dynamic multi-aggregate ratio control (sand, gravel, stone) |
| Aggregate Batching Accuracy | ±2% (Dynamic digital scale) | Strict compliance with ISO 22965 & EN 206 concrete standards |
| Cement & Powder Dosing | Independent Weighing Hopper (±1%) | Eliminates binder waste; precise water-cement ratio control |
| Discharge Height | 3.8m / 4.2m (Customizable for transit mixers) | Seamless clearance for standard transit mixer trucks |
The global demand for China-manufactured HZS35 concrete batching plants is experiencing a structural evolution driven by five overarching macro-economic vectors:
Through comprehensive analysis of B2B search trends across Google, global trade portals, and industrial RFP documentation, global procurement intent for "China HZS35 Concrete Batching Plant Factory" centers on three primary purchasing drivers: Total Cost of Ownership (TCO), Delivery Timeline & Containerization, and After-Sales Technical Reliability.
Key search queries reveal that buyers are actively seeking verified OEM manufacturers in Qingdao and Shandong who can provide direct factory pricing, CE/ISO compliance certification, interchangeable wear parts (Ni-Hard / High-Chrome liners), and plug-and-play wiring harnesses to lower field installation labor costs.
To assist technical procurement committees in evaluating potential Chinese batching plant suppliers, the following evaluation matrix outlines key benchmarks:
| Evaluation Dimension | Sub-Standard Supplier (Low Tier) | Tier-1 Factory Specification (e.g., CO-NELE Standards) |
|---|---|---|
| Gearbox & Drive System | Reconditioned or low-grade gearboxes prone to oil leaks | Heavy-duty planetary / planetary-bevel gear reducers designed for 100,000+ batch lifecycle |
| Wear Liners & Blades | Standard cast iron (8,000–12,000 batch lifespan) | High-Chrome alloy steel (Cr26) casting (40,000–80,000 batch lifespan) with bolt-on replacement |
| Control System Architecture | Manual relay logic or low-tier generic microcontrollers | Siemens / Schneider PLC, multi-language HMI, cloud diagnostic interface, automatic calibration |
| Weighing Sensors | Unbranded analog strain gauges with ±3-5% drift | High-precision load cells (IP68 certified) with dynamic anti-vibration digital filtering (±1%) |
| Structure & Galvanization | Thin-walled channel steel with single-coat oil paint | Heavy-gauge Q235B structural steel, grit-blasted with 3-layer epoxy paint or hot-dip galvanization |
Engineering reliability validated across thousands of installations worldwide.
The HZS35 Concrete Batching Plant is engineered to adapt to diverse operational environments:
Exporting industrial machinery from China to international markets requires strict compliance with international regulatory frameworks, electrical standards, and structural codes.
As industrial automation intersects with green construction technology, the HZS35 equipment ecosystem is moving rapidly toward intelligent, zero-emission operations.
Closed-loop reclamation systems that calculate re-used slurry solid contents dynamically, adjusting batch water in real-time.
Vibration sensors embedded on the JS750 mixer gearbox detect bearing wear weeks before mechanical failure occurs.
Real-time continuous measurement of moisture in fine sand aggregates for automatic batch water compensation.
Multi-dosing capabilities optimized for low-clinker cement, geopolymers, and carbon-captured aggregate batches.
Comprehensive technical guidance formulated by our senior process engineers and field commissioning directors.
While the theoretical output is 35 m³/h (based on a 50-second continuous cycle without delays), practical field productivity typically ranges between 28 m³/h and 32 m³/h. Real output depends on truck maneuvering time under the discharge chute, aggregate moisture variations, cement screw feed speeds, and operator proficiency.
A skip-hoist system (HZS35) elevates aggregated materials vertically using a winched steel bucket along a track. This reduces the plant's footprint by up to 50% compared to belt conveyor plants (which require a long, gentle 18-degree incline angle). Skip-hoist plants are lower in price, easier to transport, faster to install, and ideally suited for compact construction sites.
The factory provides comprehensive civil foundation engineering drawings upon order confirmation. Foundation work requires excavating aggregate storage ramp pits and pouring reinforced concrete footings for the main mixer structure and cement silos. Ground loading capacity must meet minimum soil bearing specs (typically ≥ 150 kPa).
The JS750 twin-shaft mixer features bolt-on High-Chrome (Cr26) alloy wear plates and tips. Liners typically last between 50,000 to 80,000 batches depending on aggregate hardness (e.g., quartz granite vs limestone). All wear parts are standard interchangeable components, stocked and shipped globally within 48 hours by our Qingdao logistics hub.
For standard structural concrete, dry-cast, and semi-dry mixes, the standard JS750 twin-shaft mixer is highly efficient. However, for specialized UHPC (Ultra-High-Performance Concrete) or intensive chemical refractory dry mortar, we recommend equipping the plant with our CMP-series Planetary Counter-Current Concrete Mixer or Intensive Mixer for micro-homogeneity.
Standard manufacturing lead time is 15 to 20 business days from deposit receipt. A standard HZS35 plant configuration (including main tower, PLD1200 batcher, skip hoist, and 2x 100-ton bolted cement silos) requires two 40HQ (High Cube) containers for ocean freight shipment.
Complete your production ecosystem with specialized industrial mixing, granulating, and custom batching solutions.
Whether you are planning a new precast concrete facility, upgrading a municipal ready-mix network, or seeking custom mixing equipment, CO-NELE delivers certified engineering precision backed by two decades of industrial innovation.
