High Pressure Washer MF1114

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Description

MF1114

The Kuhong MF1114 Triplex Plunger Pump delivers up to 110 bar (1595 PSI) with a high flow rate of 14.3 L/min (3.8 GPM), offering powerful and stable pressure performance with efficient energy use. Built with ceramic-coated components, a forged pump head, hardened crankshaft, and steel check valves, it ensures durability and long service life for demanding high-pressure cleaning applications.

Categories: High Pressure Washers

Brand: Kuhong

SKU: N/A

MF1114

The Kuhong MF1114 Triplex Plunger Pump is designed for high-performance pressure systems that require higher water flow, durability, and stable operation. Its advanced triplex plunger design delivers consistent pressure and increased flow output, making it well suited for industrial and commercial cleaning applications where productivity is critical.

The MF1114 provides a maximum pressure of 110 bar (1595 PSI) and a high flow rate of 14.3 L/min (3.8 GPM). It is powered by a 2.4 kW (3.2 HP) motor and operates at a lower speed of 1450 RPM, which helps reduce vibration, noise, and component wear while improving long-term reliability. The pump is compatible with 220V / 50Hz power supply systems.

Constructed with a forged pump head and ceramic-coated wear components, the MF1114 offers excellent resistance to wear and extended service life. A high-strength connecting rod, hardened crankshaft, and precision-selected bearings ensure smooth and reliable operation under continuous working conditions. Durable sealing systems and steel check valves improve pressure retention and overall operational reliability. An optional ceramic plunger tube is available to further enhance resistance to corrosion and abrasion. The robust cast crankcase provides superior structural strength and long-term stability.

Engineered with precision and high-quality materials, the Kuhong MF1114 Triplex Plunger Pump delivers dependable, efficient performance for high-pressure applications that demand higher flow capacity, durability, and continuous operation.