MATCH Loader MC959 With SHANGHAI DESIEL , ZF WG210 TRANSMISSION, MERITOR AXLE

MATCH Loader MC959 With SHANGHAI DESIEL , ZF WG210 TRANSMISSION, MERITOR AXLE

The MATCH MC959 loader stands out in the construction machinery market with its efficient powertrain and superior performance. Equipped with three core components: a Shanghai diesel engine, a ZF WG210 transmission, and Meritor axles, this model forms a golden power combination that significantly improves operational efficiency and reliability. The Shanghai diesel engine is renowned for its low fuel consumption and high torque output, ensuring continuous and stable operation under heavy loads. The ZF WG210 transmission utilizes intelligent shifting technology for seamless power flow and reduced operator fatigue. Meanwhile, the Meritor axles, with their high load-bearing capacity and long-life design, provide the entire machine with powerful driving force and durability. Its configuration not only meets the demands of high-intensity construction but also optimizes fuel economy through technological collaboration, making it a benchmark product in the 5-ton loader market, combining both performance and economic benefits.

The core selling point of the MATCH MC959 loader lies in the synergistic advantages of its three core components:

ZF WG210 Transmission: Equipped with an electro-hydraulic proportional shift system, response speed is improved to 0.3 seconds, enabling impact-free power shifts. Its modular design supports multiple gear combinations (12 forward/4 reverse), achieving a transmission efficiency of 98% under complex operating conditions, significantly reducing shift losses and maintenance frequency.

Meritor Axle: Utilizing a reinforced gear set and sealed lubrication technology, it boasts a rated load of 18 tons and a 25% increase in impact resistance. Its four-wheel drive structure with differential lock maintains over 90% traction output even on muddy and steep slopes, achieving a mean time between failures exceeding 8,000 hours.

The deep adaptation of the three forms a closed loop of “low energy consumption-high transmission-strong drive”, which enables the MC959 to improve its operating efficiency by more than 15% compared with traditional configurations in scenarios such as earthwork handling and mine loading and unloading, while reducing maintenance costs throughout its life cycle by 20%.