NANIWA ALG 50 oil pump is a robust and precise positive-displacement pump engineered to deliver reliable fluid handling with a capacity of 10 m³/h and a maximum discharge pressure of 0.35 MPa (≈3.5 kg/cm²). Designed for medium‑duty applications, this pump is ideal for lubrication systems, hydraulic loops, fuel-oil transfer, and industrial fluid supply where a stable, pulse-free flow is essential to maintaining system integrity and component performance.
Crafted from high-quality, corrosion-resistant materials, the ALG 50 features precision-machined internal components—such as gears or rotors—aligned within tight internal tolerances. This construction minimizes volumetric loss and internal leakage, delivering consistent flow rates even as pressure varies. Heavy-duty bearings and premium seals support durable operation in continuous-duty and heavy-load environments. Thoughtful internal balancing reduces vibration and noise, protecting both the pump and connected equipment from excessive wear and contributing to quieter system performance.
Integration and installation are streamlined through the pump’s compact, modular design and standardized inlet/outlet connections. Compatible with direct electric, hydraulic, or engine drivers, the pump fits nicely into diverse system configurations—ranging from OEM skids to field-installed retrofit setups. Its short-coupled configuration supports installation in confined mechanical rooms or pump stations without compromising hydraulic capacity.
Maintenance is made efficient by accessible service features: removable casing covers allow technicians to inspect or replace mechanical seals, bearings, rotors, or gears without requiring full disassembly. This significantly reduces downtime, labor costs, and part replacement complexity—offering strong lifecycle value. With its dependable 10 m³/h flow, 0.35 MPa head, and durable yet serviceable construction, the NANIWA ALG 50 oil pump represents a high-quality choice for professionals seeking optimal oil circulation and fluid control in industrial and marine systems.