Executive Summary

The Sany 48KW 10m³ 8×4 Concrete Mixer Truck represents a compelling solution for construction companies seeking reliable used concrete mixing and delivery equipment. This heavy-duty diesel concrete mixer truck combines Sany's renowned engineering excellence with practical operational efficiency, making it a valuable asset for commercial concrete production and distribution operations. Designed specifically for the demands of modern construction workflows, this concrete mixer truck offers exceptional value in the pre-owned commercial vehicle market while delivering performance metrics that rival new equipment specifications.

As the construction industry continues to evolve toward faster project timelines and higher quality standards, the role of efficient concrete transportation has become increasingly critical. This Sany concrete mixer truck addresses these industry challenges by providing a optimized balance between mixing capacity, transportation efficiency, and operational durability. The 10 cubic meter mixing capacity positions this vehicle as an ideal solution for medium to large-scale construction projects, including commercial developments, infrastructure projects, and residential complexes that require consistent concrete supply. The integration of the MC07.34-60 engine ensures reliable power delivery while maintaining reasonable fuel consumption profiles essential for cost-conscious fleet operations.

For construction companies expanding their fleet capabilities or seeking cost-effective alternatives to new equipment purchases, this used Sany concrete mixer truck offers significant advantages. The vehicle's 8×4 drive configuration provides enhanced stability during transport and excellent maneuverability on challenging construction sites. With the growing emphasis on sustainable construction practices, the efficient mixing technology incorporated into this concrete mixer truck helps reduce material waste and improves overall project sustainability metrics. The combination of Sany's manufacturing quality standards and the proven MC07.34-60 powerplant creates a reliable foundation for demanding concrete delivery operations.

Performance & Engineering

The engineering foundation of this Sany concrete mixer truck centers on its MC07.34-60 diesel engine, a powerplant renowned for durability and consistent performance in heavy-duty commercial vehicle applications. Operating at 48KW with a 6.87L displacement, this engine delivers the torque characteristics essential for mixing operations under load while maintaining suitable power reserves for highway transportation between construction sites. The engine's design incorporates advanced fuel injection technology that optimizes combustion efficiency, resulting in improved fuel economy without sacrificing the power output necessary for demanding concrete mixing cycles. This balance between power and efficiency translates directly into reduced operational costs for fleet operators.

The transmission system in this concrete mixer truck has been engineered to complement the engine's power delivery characteristics, providing smooth gear transitions essential for maintaining consistent mixing drum rotation during transport. The 8×4 drivetrain configuration offers superior weight distribution, particularly important when the 10 cubic meter mixing drum is fully loaded with concrete. Each axle is designed to handle substantial loads while providing the traction necessary for challenging site conditions. The chassis construction utilizes high-strength steel profiles that resist torsional stress and provide a stable platform for the mixing equipment mounting.

Durability considerations permeate every aspect of this concrete mixer truck's design. The mixing drum itself features abrasion-resistant internal surfaces designed to withstand the corrosive nature of wet concrete and the abrasive effects of aggregate materials. The hydraulic systems governing drum rotation and discharge operations utilize industrial-grade components rated for continuous duty cycles typical of commercial concrete delivery operations. With a gross vehicle weight of 14,070 kg, this truck maintains excellent stability margins even when operating at maximum mixing capacity, ensuring safe transportation on both urban roads and rural construction sites.

Key Advantages & Features

• High-Efficiency Mixing System: The 10 cubic meter mixing drum incorporates advanced spiral blade geometry that ensures thorough concrete mixing during transport. This system achieves superior homogeneity within shorter mixing cycles, reducing wear on mechanical components while delivering consistently high-quality concrete to the jobsite. The mixing efficiency directly contributes to reduced transit time and increased daily delivery capacity.
• Powerful MC07.34-60 Diesel Engine: The 48KW powerplant delivers robust performance characteristics essential for heavy-duty concrete mixing operations. With 6.87L displacement, this engine provides ample torque reserves for starting mixing cycles under load while maintaining reliable operation during extended work shifts. The engine's proven design ensures accessibility for maintenance and a strong parts support network.
• Stable 8×4 Drive Configuration: The eight-wheel drivetrain offers exceptional stability and load distribution critical for safe concrete transportation. This configuration provides superior traction on varied terrain while reducing ground pressure compared to smaller vehicles with equivalent load capacities. The enhanced stability improves safety margins during unloading operations on uneven construction sites.
• Substantial 10 Cubic Meter Capacity: The mixing drum accommodates up to 10 cubic meters of concrete per load, positioning this truck appropriately for medium to large construction projects. This capacity balances productivity requirements with maneuverability considerations, making the vehicle suitable for both urban and rural construction environments. The capacity range of 8-12 cubic meters provides flexibility for various project specifications.
• Commercial Vehicle Durability: Built to commercial vehicle standards, this concrete mixer truck features a robust chassis and suspension system designed for the demanding loads and conditions typical of construction operations. The 14,070 kg operating weight capacity ensures structural integrity throughout the vehicle's service life, reducing maintenance requirements and downtime associated with structural fatigue.
• Versatile Application Range: Suitable for multiple construction applications including commercial building projects, infrastructure developments, and residential construction. The flexible mixing capacity allows operators to adjust loads based on specific project requirements while maintaining consistent concrete quality across different delivery scenarios.
• Standardized Component Integration: Core components including the engine, hydraulic motors, and mixing pump follow industry-standard designs that facilitate maintenance and reduce parts availability concerns. This standardization benefits fleet operators by simplifying inventory management and reducing equipment downtime for repairs.
• One-Year Comprehensive Warranty: The included warranty coverage for both the vehicle and core components provides peace of mind for buyers. This warranty protection guards against unexpected repair costs during the initial period of ownership, allowing operators to assess the vehicle's performance characteristics with reduced financial risk.

Specifications Table

Ideal Applications

• Commercial Construction Projects: This Sany concrete mixer truck excels in commercial building construction where consistent concrete supply is essential for maintaining project schedules. The 10 cubic meter capacity matches typical mixer truck specifications required by commercial contractors, while the reliable MC07.34-60 engine ensures uninterrupted operation throughout demanding work shifts. Large-scale office developments, shopping centers, and industrial facilities benefit significantly from the efficient concrete delivery capabilities of this vehicle.
• Infrastructure Development: Highway construction, bridge projects, and other infrastructure initiatives require substantial concrete volumes delivered efficiently to remote or challenging locations. The 8×4 drive configuration provides the traction and stability necessary for site access roads that may not have premium surfaces, while the robust construction handles the rigors of continuous loading and unloading cycles typical of infrastructure work.
• Residential Complex Construction: Multi-story residential developments and large residential subdivisions demand reliable concrete delivery systems that can service multiple pour locations throughout a project. This concrete mixer truck offers the capacity flexibility needed for residential construction while maintaining the durability required for the extended timelines typical of housing developments.
• Ready-Mix Concrete Distribution: Concrete production facilities supplying multiple construction sites simultaneously benefit from the efficient mixing capabilities and substantial transport capacity of this vehicle. The high-efficiency mixing system ensures concrete quality during transit, while the 10 cubic meter capacity optimizes delivery economics for ready-mix operations serving urban and suburban markets.
• Remote Construction Operations: Mining operations, oil and gas infrastructure projects, and other remote industrial developments often require dedicated concrete supply capabilities. The durability of the Sany concrete mixer truck's core components, combined with the accessibility of parts and service support, makes this vehicle suitable for operations located significant distances from major service centers.
• Urban High-Rise Construction: Vertical construction projects in dense urban environments benefit from the maneuverability and reliability of this concrete mixer truck. The efficient mixing system maintains concrete workability during potentially longer transit times through congested urban areas, while the substantial capacity reduces the number of vehicle movements required per pour.

Product Image Gallery