Top Shelf Pneumatic Grease Pump For 55 Gallon Drums, Air Powered Lube Gun With 16 Foot Hose, 50 To 1 High Pressure Ratio, No Sweat Operation For Auto Shops And Heavy Lifting

Pneumatic Grease Pump for 55 Gal Drums, 50:1 High Ratio
✔️ 50:1 Pressure Ratio, 16 Foot Hose, High-Density Brass, 55 Gal Barrel

This air-driven grease pump makes heavy lubrication work way easier and much faster. Shop crews and machine operators love using it at oil service bays, production lines, and dockyards because it docks right onto 55-gallon drums and pulls thick NLGI 0 to 3 grease out smoothly. You get a solid 50:1 pressure ratio that blasts lube through resistance, plus a rubber pad that grips the barrel lid tight to keep drips from messing up your workspace. Each single pump arrives pre-bundled with every necessary attachment for instant setup, so garage teams can start working the moment it lands on the bench.

✅ 50:1 pressure ratio boosts flow rate up to 2.5x faster output compared to normal models.
✅ Pneumatic seal plate uses thickened rubber to fit barrel lips perfectly and stops leaks.
✅ High-density brass construction reduces exhaust noise while lasting heavy shop abuse.
✅ 16-foot fuel hose gives you plenty of reach to hit hard-to-reach ports on gearboxes.
✅ Adjustable tilt lets you swivel the tool 360 degrees for comfy positioning during shifts.
✅ Extracts nearly every drop of grease from deep down inside standard oil drums quickly.
✅ Pump kit arrives ready to install with head, barrel lid, oil pressure plate, and 16 ft hose attached.

💡 Why do industrial buyers look for a 50:1 pressure ratio on pneumatic grease pumps?
A higher ratio multiplies air force to move sticky lubricant past blockages without choking the motor.
- Drives high-viscosity grease through restricted lube ports on large machinery and marine rigs.
- Delivers steady output volume around 0.85 L/min even when pushing against heavy back-pressure.
- Reduces cycle counts by filling grease cavities faster than lower-ratio tools would manage.
- Works efficiently with inlet air settings between 0.6 and 0.8 MPa for optimal torque transfer.

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