TAIKO KIKAI GH oil pump delivers robust fluid handling performance with a capacity of 32 GPM (gallons per minute) and a discharge head of 43 PSI—making it well-suited for a variety of industrial, hydraulic, and lubrication applications. This high-flow, moderate-pressure pump combines efficiency with reliability, offering smooth, pulse-free operation that adapts effectively to changing viscosity and pressure conditions typical of fluid transfer in heavy-duty environments.
Constructed from high-strength, corrosion-resistant materials, the GH oil pump features precision-machined internal gears or rotors designed for tight clearances and minimal internal leakage. This tight engineering ensures optimal volumetric efficiency and sustained flow even under continuous-duty operation. Heavy-duty seals and bearings protect against wear, extending the pump’s operational lifespan, while balanced components and careful sealing deliver quiet, low-vibration performance that preserves connected equipment and minimizes system stress.
The pump’s modular, compact design supports flexible installation options, including direct motor mounting or coupling with engine drives. Standardized inlet/outlet ports and flange configurations make integration into existing systems straightforward, while maintenance convenience is enhanced by easily accessible service points—mechanical seals and bearings can be replaced without fully disassembling the unit, significantly reducing downtime and simplifying servicing for field technicians.
With its balance of 32 GPM flow, 43 PSI head, and rugged build quality, the TAIKO KIKAI GH oil pump is a dependable choice for professionals requiring high-capacity fluid circulation with moderate pressure. It supports applications such as lubrication circuits, hydraulic power distribution, fuel transfer, and general oil handling in manufacturing, marine, and processing industries. Engineered for performance, durability, and ease of maintenance, this pump offers a reliable, efficient solution for mission‑critical fluid systems.