MBP15 Mobile Concrete Mixing Plant (60 m³/h Capacity)
High-capacity mobile batching unit equipped with twin-shaft compulsory mixer, ideal for major Philippine highway and bridge projects.
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CO-NELEMixing & Granulation
Engineered for fast mobilization, rapid bolt-together assembly, and continuous heavy-duty mixing across Luzon, Visayas, and Mindanao.
High-capacity mobile batching unit equipped with twin-shaft compulsory mixer, ideal for major Philippine highway and bridge projects.
View MBP15 Specs
Medium-scale quick-moving mixing plant designed for fast relocation across municipal roading and urban commercial developments.
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Trailer-mounted compact batching station optimized for island-hopping logistics, land-constrained sites, and remote provincial paving.
View MBP08 Specs
Vertical-shaft countercurrent mixer delivering micro-homogeneous mixing for UHPC, precast elements, and high-strength concrete formulations.
View CMPS SpecsThe global construction machinery landscape is undergoing a paradigm shift toward modularization, rapid mobility, and digital batching precision. In high-growth tropical developing economies, traditional stationary concrete batching plants—which require massive concrete foundations, extensive site preparation, and months of civil works—are increasingly being replaced by fully integrated, mobile concrete batching plants (MBP series).
As global supply chains demand higher efficiency and lower carbon footprints, China has emerged as the premier manufacturing powerhouse for compulsory concrete mixing machinery. Advanced original equipment manufacturers (OEMs) in Qingdao, Shandong, have integrated heavy-duty mechanical engineering with intelligent Siemens PLC telemetry, high-chrome wear resistance technology, and vertical planetary mixing kinematics. These developments provide international contractors with unparalleled operational agility, reducing setup times from months to days while delivering concrete batching precision within ±1% for cement and water.
Navigating the specific commercial, geographic, and climatic conditions driving mobile concrete plant adoption across the Philippine archipelago.
Under the Philippine government's flagship "Build Better More" (BBM) program administered by the Department of Public Works and Highways (DPWH), massive infrastructure investments are allocated toward bypass highways, inter-island bridges, airport expansions, and coastal flood mitigation structures. Traditional centralized ready-mix plants in Metro Manila, Metro Cebu, and Davao cannot efficiently supply remote linear highway projects due to traffic congestion and rapid slump loss during transit. Mobile plants situated directly on highway right-of-ways ensure uninterrupted, continuous concrete placement.
Comprising over 7,600 islands across Luzon, Visayas, and Mindanao, Philippine contractors face severe inter-island shipping costs and equipment transport constraints. China mobile concrete batching plants engineered by CO-NELE feature standardized ISO containerized dimensioning or complete semi-trailer chassis. A 30m³/h (MBP08) or 60m³/h (MBP15) unit can be rolled onto Ro-Ro vessels or packed into standard 40ft High Cube containers, making island-to-island redeployment swift and cost-effective.
The Philippines experiences average ambient temperatures exceeding 33°C, high humidity, monsoon rainfall, and localized aggregate variance (e.g., volcanic sand, crushed basalt, and high-absorption limestone). High heat accelerates cement hydration, requiring tight control over batch water temperature and admixture dosing. CO-NELE mobile plants integrate automated aggregate moisture sensor feedback and optional chilled water / ice dosing ports to prevent thermal cracking and maintain target slump workability under DPWH Blue Book standards.
Procuring a mobile batching plant eliminates dependency on third-party commercial concrete suppliers in regional provinces like Palawan, Leyte, Cagayan de Oro, and Zamboanga. Direct control over concrete production guarantees project completion speed, ensures strict DPWH compressive strength compliance (e.g., Class A, Class P, 3500 psi to 6000 psi mixes), and saves up to 25-35% in overall concrete material expenditure.
How specialized batching and mixing engineering addresses real-world construction challenges across the archipelago.
Scenario: Highway widening projects such as North Luzon Expressway (NLEX) extensions, Central Luzon Link Expressway (CLLEX), or provincial island bypasses in Bohol and Samar.
Technical Requirement: Continuous high-volume output of Portland Cement Concrete Pavement (PCCP) with low slump (10-30 mm) and high flexural strength. Plants must relocate every 5-10 kilometers as the road progresses.
CO-NELE Solution: The MBP15 (60 m³/h) mobile plant features a integrated tow chassis with dual-axle pneumatic wheels. Its CHS twin-shaft mixer delivers heavy shear forces to mix dry-slump paving concrete within 30-45 seconds per batch. Built-in hydraulic legs allow complete setup in 48 hours without heavy crane rentals.
Scenario: Construction of seaport berths, coastal seawalls, and deep foundation bridge pylons exposed to marine tidal zones (e.g., Batangas Port expansion or Cebu coastal road projects).
Technical Requirement: High-density, low-permeability concrete incorporating silica fume, fly ash, and corrosion-inhibiting admixtures to resist saltwater chloride penetration.
CO-NELE Solution: Pairing mobile batching plants with CMP series Planetary Countercurrent Concrete Mixers. Vertical-shaft planetary motion forces micro-silica particles into total dispersion, eliminating agglomeration and creating dense, impervious marine concrete with zero void spaces.
Scenario: Manufacturing precast concrete drain culverts, prestressed bridge girders, electrical poles, and hollow blocks in industrial centers like Cavite, Laguna, and Clark.
Technical Requirement: Extremely precise batching consistency (CV < 5%) for dry-cast concrete mixes with fast cycle times and zero color variance between batches.
CO-NELE Solution: The HZS60 Precast Concrete Batching Plant integrated with a CMP1000 Planetary Mixer. Equipped with skip hoist loading and digital micro-dosing systems, it provides perfect color dispersion and maximum strength for precast yards.
Scenario: Mining site civil infrastructure in Caraga region, shotcreting in underground tunnels, or rapid bridge restoration following typhoon damage.
Technical Requirement: Self-contained, highly rugged machinery capable of operating off-grid via diesel generator power under severe dust and mud conditions.
CO-NELE Solution: Compact MBP08 (30 m³/h) and MBP10 (40 m³/h) mobile plants built with heavy-duty Q345B structural steel, IP65-rated electrical enclosures, and dust-proof dual-seal drive gearboxes.
Why Qingdao CO-NELE Machinery delivers the optimal balance of European-grade engineering and Chinese supply chain cost efficiency.
Unlike common equipment assemblers who buy standard off-the-shelf commercial gearboxes, CO-NELE designs and manufactures its proprietary planetary gear reducers in Qingdao. Built to absorb severe shock loads during high-torque dry mix cycles, our gearboxes undergo full load testing before factory dispatch, extending drive unit operational lifespan beyond 15 years.
Philippine aggregates—particularly crushed granite and river gravel—exhibit high abrasion indexes. CO-NELE batching plant mixer pans are lined with Ni-Hard and High-Chrome alloy liner plates (hardness ≥ HRC60) and heavy-duty cast mixing arms. Wear parts routinely exceed 120,000 batch cycles under continuous production conditions.
All mobile batching plants are equipped with intuitive multi-language Siemens PLC control consoles featuring digital weight indicators, automatic moisture compensation algorithms, recipe storage (100+ concrete formulas), and real-time USB batch reporting compliant with DPWH material auditing.
Located in Qingdao, Shandong—one of China’s largest maritime deep-water logistics hubs—CO-NELE offers direct sea freight lanes to Manila South/North Harbor, Cebu Port, and Davao International Container Terminal (DICT) with short transit times of 7 to 12 days.
Compare technical parameters across CO-NELE mobile batching plants to select the exact unit for your project capacity requirements.
| Model Series | Nominal Capacity | Mixer Model / Type | Aggregate Bins | Discharge Height | Total Power (kW) | Installation Time |
|---|---|---|---|---|---|---|
| MBP08 Mobile Plant | 30 m³/h | CHS500 Twin Shaft / CMP500 Planetary | 2 or 3 Bins (10 m³ each) | 3.8 Meters | ~ 45 kW | 1 - 2 Days |
| MBP10 Mobile Plant | 40 m³/h | CHS750 Twin Shaft compulsory | 3 Bins (12 m³ each) | 3.8 - 4.0 Meters | ~ 65 kW | 2 Days |
| MBP15 Mobile Plant | 60 m³/h | CHS1000 Twin Shaft heavy-duty | 3 or 4 Bins (15 m³ each) | 4.0 Meters | ~ 90 kW | 2 - 3 Days |
| HZS60 Precast Plant | 60 m³/h (theo.) | CMP1000 Vertical Planetary | 4 Bins inline batcher | 4.0 Meters | ~ 110 kW | 4 - 5 Days |
| CHS4000 Stationary | 240 m³/h | CHS4000 Twin Shaft (4.0 m³) | 4 Bins (30 m³ each) | 4.2 Meters | ~ 220 kW | 10 - 14 Days |
Integrating Artificial Intelligence, cloud telemetry, and green decarbonized concrete formulations into mobile concrete batching machinery.
Future iterations of CO-NELE mobile batching plants feature real-time motor current torque feedback analysis. By measuring hydraulic shear resistance inside the mixing pan during the first 15 seconds of mixing, the AI controller automatically fine-tunes water dosing to hit exact target slump without manual slump cone testing.
Contractors operating mobile plants across multiple Philippine islands can monitor batching records, daily material consumption, aggregate scales, and preventive maintenance alerts from a central dashboard in Manila or via mobile devices, ensuring complete operational transparency.
To align with global decarbonization goals, CO-NELE mixing kinematics are engineered to handle high-percentage pozzolanic blends, ground granulated blast-furnace slag (GGBS), calcined clay, and alkali-activated geopolymers without binder segregation or balling.
Importing heavy machinery into the Philippines requires strict adherence to local electrical standards, customs clearance protocols, and structural code requirements. CO-NELE provides turnkey support for seamless machine deployment:
Our dedicated export engineering team ensures your mobile batching plant maintains maximum uptime on site.
In-depth technical and operational answers written by CO-NELE senior batching engineers for Philippine buyers.
The fundamental difference lies in mobility, foundation requirements, and installation speed. An MBP series mobile plant is mounted on an integrated wheel chassis with a tow pin, carrying the aggregate batcher, weighing scales, twin-shaft mixer, and control cabin on a single trailer frame. It requires no deep concrete foundation pits and can be operational within 24 to 48 hours. An HZS stationary plant is designed for permanent ready-mix commercial supply with higher storage capacity, requiring foundation civil works and 10 to 14 days of installation time.
DPWH standards mandate strict batching tolerances (typically ±2% for aggregates and ±1% for cement and water). CO-NELE mobile plants feature independent high-precision load cells suspended under the aggregate weighing belt hopper. The Siemens PLC system utilizes dynamic coarse-and-fine drop compensation algorithms to automatically stop bin gates before the target weight is hit, eliminating free-fall material errors.
Yes. Every exported machine is custom-wired to match the client's local power grid. For the Philippines, we build electrical control panels to 440V or 220V at 60 Hz 3-Phase standard, utilizing premium Schneider and Siemens electrical components to ensure high thermal tolerance and circuit protection against rural voltage fluctuations.
Choose a Planetary Countercurrent Mixer (CMP series) when producing high-performance precast products, dry-cast paving blocks, UHPC (Ultra-High Performance Concrete), GFRC, or color-pigmented concrete where micro-homogeneity and zero dead-zone mixing are essential (CV < 5%). A Twin-Shaft Concrete Mixer (CHS series) is the ideal choice for high-volume ready-mix, general foundation pouring, and road paving where rapid 30-45 second batch cycles and high volumetric throughput are prioritized.
Equipped with standard high-chrome alloy wear plates (hardness ≥ HRC60) and cast mixing arms, CO-NELE mixer liners typically deliver 90,000 to 150,000 batches on standard river stone concrete and 40,000 to 60,000 batches on highly abrasive crushed quartz or crushed basalt mixes. All wear liners are modular and bolt-on for fast replacement directly on site.
Mobile plants can be connected to stationary bolted cement silos (50T to 200T) or horizontal mobile cement silos via tubular screw conveyors. Cement is fed into a dedicated overhead cement weighing hopper equipped with shear-beam load cells and pneumatic butterfly discharge valves to maintain precise binder ratios.
CO-NELE handles full export documentation including Commercial Invoice, Packing List, Bill of Lading, CE/ISO certificates, and Form E (China-ASEAN Free Trade Certificate). Form E allows Philippine importers to claim preferential tariff exemptions under ACFTA, significantly reducing customs import duty rates.
Yes. At our R&D testing center in Qingdao, customers can send 10-20 kg samples of their local aggregate, volcanic sand, binder, or industrial mineral powder. Our process engineers perform laboratory trial mixes to analyze moisture absorption, shear resistance, sphericity, and mixing time before issuing a customized equipment sizing proposal.
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View Product DetailsContact CO-NELE process engineers today for a tailored equipment proposal, plant layout design, and competitive CIF Manila / Cebu price quotation.