Aico Japan Concrete Mixer 400 litres Diesel Engine 7hp
KSh240,000.00 Original price was: KSh240,000.00.KSh215,000.00Current price is: KSh215,000.00.
Key Features & Benefits
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High-Volume Output: The large 400-litre drum cuts down the number of mixing cycles required for foundations, slabs, and columns, drastically improving site productivity.
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Dependable Diesel Power: The 7 HP diesel power plant delivers heavy torque, excellent fuel efficiency, and long-term durability under heavy loads compared to standard petrol or electric alternatives.
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Off-Grid Mobility: Completely independent of electrical hookups, making it ideal for remote or early-phase construction sites.
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Robust Construction: Fabricated from heavy-gauge reinforced steel with a corrosion-resistant drum and a stable structural frame to withstand abrasive aggregates like ballast, stone, sand, and cement.
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Primary Applications:
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Mixing structural concrete for foundations, floor slabs, beams, and columns
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Preparing large volumes of mortar for bricklaying, stonework, and masonry
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General civil engineering and road construction projects
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Aico Japan 400-Litre Diesel Concrete Mixer (7 HP) is a heavy-duty, high-capacity construction machine built for continuous, rigorous mixing on residential and commercial building sites. Powered by an independent diesel engine, it is engineered to operate reliably in off-grid locations or active job sites without reliance on mains electricity.
Key Technical Specifications
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Gross Drum Capacity: 400 Liters (typically yields approx. 300 to 320 liters of mixed concrete per batch)
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Engine: 7 HP Air-Cooled Single-Cylinder Diesel Engine (commonly built on a robust 178F-type platform)
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Mixing Output: Approx. 6 to 8 cubic meters per hour (depending on batch cycles and load)
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Drum Rotation Speed: 25 to 30 RPM
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Mobility / Chassis: Heavy-duty frame equipped with pneumatic tires (typically 4-wheel configuration, such as 4.00-12 sizing) for towing and maneuvering across rough terrain.
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Transmission / Drive: Heavy-duty gear or belt-driven configuration designed to absorb high torque loads.

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