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Johnson Pump 09-819B-9 F8B Nitrile Impeller 3.74" OD High-Flow Marine Replacement
Regular price
$148.99
Sale price$446.00you save $297.01
Johnson Pump Impeller 09-819B-9 F8B Nitrile - High-Flow Impeller for Marine Pump Systems
✔️ Genuine Johnson Pump 09-819B-9 F8B impeller, nitrile, 3.74" OD (95 mm), 2.48" width (63 mm); spline bore; single-pack
✅ Impeller type: F8B
✅ Outer Diameter: 3.74" (95 mm)
✅ Width: 2.48" (63 mm)
✅ Bore: spline bore compatible with 09-819B-9
✅ Pack size: 1 piece
💡 What is a water pump impeller used for in marine engine cooling systems? This is a general, practical question that applies to most impeller replacements. - Maintains proper flow in pump circuits to prevent overheating - Ensures reliable cooling for marine engines and bilge pumps - Supports safe, long-term operation by delivering consistent water movement In real-world use, this handy impeller helps keep cooling performance steady and reduces downtime, especially during routine maintenance or unexpected shocks to the system.
✔️ Genuine Johnson Pump 09-819B-9 F8B impeller, nitrile, 3.74" OD (95 mm), 2.48" width (63 mm); spline bore; single-pack
This Johnson Pump 09-819B-9 F8B impeller (Nitrile) is a genuine spare part designed for Johnson marine pump assemblies. It is used in cooling and bilge pump systems where a reliable, oil-resistant impeller is required to maintain optimal flow and prevent engine downtime.
✅ Material: Nitrile (oil resistant)✅ Impeller type: F8B
✅ Outer Diameter: 3.74" (95 mm)
✅ Width: 2.48" (63 mm)
✅ Bore: spline bore compatible with 09-819B-9
✅ Pack size: 1 piece
💡 What is a water pump impeller used for in marine engine cooling systems? This is a general, practical question that applies to most impeller replacements. - Maintains proper flow in pump circuits to prevent overheating - Ensures reliable cooling for marine engines and bilge pumps - Supports safe, long-term operation by delivering consistent water movement In real-world use, this handy impeller helps keep cooling performance steady and reduces downtime, especially during routine maintenance or unexpected shocks to the system.