Lever Action Drum Pumps for Oil, Chemicals & Viscous Liquids
- Materials: Polypropylene, steel, Ryton, PTFE, 316 stainless steel, zinc alloy, and FKM/Viton seals.
- Container Range: 5-gallon pails through 55-gallon drums, including 16-gallon and 120-pound grease containers.
- Fluid Range: Oils, lubricants, solvents, chemicals, grease, and liquids up to 5,000 cPs.
- Pump Types: Standard lever pumps, high-viscosity pumps, grease filler pumps, and oil dispensing systems.
- Dispensing Options: No-drip spouts, hose-thread spouts, flexible spouts, and direct-fill outlets.
$43.95
$53.95
(You Save 19%)| Buy More, Save More! | ||
|---|---|---|
| Quantity | Price Each | |
| 1 - 5 pieces | $49.95 ea. | |
| 6+ pieces | $41.88 ea. | |
| Buy More, Save More! | ||
|---|---|---|
| Quantity | Price Each | |
| 1 - 5 pieces | $49.95 ea. | |
| 6+ pieces | $44.10 ea. | |
$82.95$99.95(You Save 17%)
| Buy More, Save More! | ||
|---|---|---|
| Quantity | Price Each | You Save |
| 1 - 5 pieces | $82.95 ea. | $17.00 (17%) |
| 6+ pieces | $76.31 ea. | $23.64 (24%) |
$59.98
$69.98
(You Save 14%)$99.98
$117.00
(You Save 15%)| Buy More, Save More! | ||
|---|---|---|
| Quantity | Price Each | |
| 1 - 2 pieces | $69.95 ea. | |
| 3 - 5 pieces | $65.16 ea. | |
| 6+ pieces | $61.26 ea. | |
$128.96
$149.96
(You Save 14%)$82.95$99.95(You Save 17%)
| Buy More, Save More! | ||
|---|---|---|
| Quantity | Price Each | You Save |
| 1 - 5 pieces | $82.95 ea. | $17.00 (17%) |
| 6+ pieces | $76.31 ea. | $23.64 (24%) |
$179.97
$182.41
(You Save 1%)$788.88
$1,000.00
(You Save 21%)$499.98
$586.72
(You Save 15%)Product Comparison Chart
Standard Lever Pump ConfigurationsStandard lever action drum pumps use a reciprocating piston or displacement mechanism operated by a manual handle. Each lever stroke draws fluid through an intake tube and discharges a measured volume through the outlet. Polypropylene models are commonly configured for water-based chemicals, detergents, agricultural fluids, and compatible solvents. Steel and zinc-plated pumps are used for petroleum oils, transmission fluids, hydraulic oils, and lubricants. Models equipped with hose-thread outlets allow connection to discharge hoses, while no-drip spouts reduce residual fluid release after dispensing.
High-Viscosity and Lubrication PumpsHigh-viscosity lever pumps use larger displacement chambers, reinforced linkages, or high-output piston assemblies to move gear oil, heavy lubricants, adhesives, and fluids rated up to 5,000 cPs. Selected models dispense as much as 32 ounces per stroke. Grease gun filler pumps are designed for 25- to 50-pound pails or 120-pound grease containers and transfer lubricant directly into grease guns. Complete oil dispensing systems combine the pump, container connection, discharge hose, and dispensing hardware into one assembly.
Pump Body and Wetted MaterialsPolypropylene provides resistance to many acids, alkalis, detergents, fertilizers, and water-based chemicals. Ryton, a polyphenylene sulfide material, supports higher temperature exposure and resistance to a broader range of industrial chemicals. Steel pump bodies provide mechanical strength for oils and petroleum-based fluids but require compatibility review before use with corrosive chemicals. Type 316 stainless steel components contain molybdenum for resistance to chlorides, solvents, and corrosive process fluids.
Seals, Tubes, and SpoutsPTFE components provide low chemical reactivity and resistance to many aggressive liquids. FKM and Viton elastomer seals are used with petroleum products, fuels, mineral oils, and selected solvents. Seal compatibility varies by fluid concentration and operating temperature. Zinc-plated steel surfaces provide a protective coating for general industrial environments but are not intended for every acid, caustic, or food-contact application. Intake tube length must match the drum depth to maintain fluid pickup near the container bottom.
Workplace and Transport RequirementsDrum pumps do not independently determine whether a container is approved for hazardous-material transport. UN-rated drums must retain compatible closures and remain configured according to the container manufacturer’s shipping instructions. Pumps are generally used after the drum reaches the dispensing location and may need to be removed before transport. Facilities handling hazardous chemicals should follow applicable OSHA hazard communication, labeling, personal protective equipment, spill-control, and grounding procedures.
Flammable and Hazardous FluidsManual operation does not automatically make a pump suitable for flammable liquids. Steel components, bonding cables, grounding equipment, seal materials, and area classifications must be evaluated before transferring fuels or combustible solvents. Polypropylene pumps may generate static electricity and should not be used for flammable fluids unless the model is specifically approved for that service. Chemical resistance charts and safety data sheets should be reviewed before installation.
Oil, Chemical, and Maintenance UsesAutomotive facilities use lever pumps for motor oil, gear oil, transmission fluid, hydraulic fluid, and grease gun filling. Manufacturing plants use them to transfer lubricants, coolants, process chemicals, cleaning agents, and maintenance fluids. Chemical facilities may use polypropylene, PTFE, Ryton, or stainless steel configurations for compatible acids, alkalis, solvents, and additives. Agricultural operations use manual pumps for fertilizers, crop-treatment liquids, oils, and equipment-maintenance fluids.
Fluid and Container CompatibilitySelection begins with fluid identity, concentration, viscosity, temperature, and chemical compatibility. Buyers should verify the pump body, intake tube, piston, seals, and spout materials against the fluid manufacturer’s data. Container opening size, drum depth, required output per stroke, discharge distance, and available overhead clearance also affect pump selection. High-viscosity fluids require pumps with suitable cPs ratings and larger displacement mechanisms. Food, pharmaceutical, and contamination-sensitive processes require documented sanitary materials and application-specific approvals.
| Product | Primary Materials | Configuration | Intended Fluid Category |
|---|---|---|---|
| Polypropylene Steel Plastic Lever Action Drum Hand Pump | Polypropylene and steel | Standard lever pump | Compatible chemicals, oils, and general fluids |
| Polypropylene 316SS Plastic Lever Action Drum Hand Pump | Polypropylene and 316 stainless steel | Chemical-resistant lever pump | Corrosive and industrial chemicals |
| Ryton Steel Plastic Lever Action Drum Hand Pump | Ryton and steel | Temperature- and chemical-resistant pump | Industrial chemicals and process fluids |
| Ryton 316SS Plastic Lever Action Drum Hand Pump | Ryton and 316 stainless steel | Corrosion-resistant lever pump | Aggressive chemicals and solvents |
| Plastic Lever Action Drum Hand Pump PTFE 316SS | Plastic, PTFE, and 316 stainless steel | High chemical-resistance pump | Acids, solvents, and corrosive liquids |
| No-Drip Spout Zee Line Lever-Action Steel Drum Pump | Zinc-plated steel | No-drip outlet | Oil and petroleum-based fluids |
| Hose Thread Spout Zee Line Lever-Action Steel Drum Pump | Steel | Threaded hose outlet | Oil and lubricant transfer |
| High Viscosity Lever Pump, 32 oz per Stroke | Die-cast zinc alloy | High-output lever pump | Heavy oils and viscous lubricants |
| Viton Seals High Capacity Polypropylene Drum Pump | Polypropylene and Viton seals | High-capacity chemical pump | Compatible chemicals and petroleum fluids |
| Zee Line 120 Lb Grease Gun Filler Hand Pump | Metal pump assembly | Grease gun filler | Industrial grease |
| Chemical Lever Pump with FKM Seals, 10 Pack | Polypropylene, stainless steel, and FKM | Bulk chemical lever pump | Chemicals, oils, and compatible solvents |
Standard Lever Pump ConfigurationsStandard lever action drum pumps use a reciprocating piston or displacement mechanism operated by a manual handle. Each lever stroke draws fluid through an intake tube and discharges a measured volume through the outlet. Polypropylene models are commonly configured for water-based chemicals, detergents, agricultural fluids, and compatible solvents. Steel and zinc-plated pumps are used for petroleum oils, transmission fluids, hydraulic oils, and lubricants. Models equipped with hose-thread outlets allow connection to discharge hoses, while no-drip spouts reduce residual fluid release after dispensing.
High-Viscosity and Lubrication PumpsHigh-viscosity lever pumps use larger displacement chambers, reinforced linkages, or high-output piston assemblies to move gear oil, heavy lubricants, adhesives, and fluids rated up to 5,000 cPs. Selected models dispense as much as 32 ounces per stroke. Grease gun filler pumps are designed for 25- to 50-pound pails or 120-pound grease containers and transfer lubricant directly into grease guns. Complete oil dispensing systems combine the pump, container connection, discharge hose, and dispensing hardware into one assembly.
Pump Body and Wetted MaterialsPolypropylene provides resistance to many acids, alkalis, detergents, fertilizers, and water-based chemicals. Ryton, a polyphenylene sulfide material, supports higher temperature exposure and resistance to a broader range of industrial chemicals. Steel pump bodies provide mechanical strength for oils and petroleum-based fluids but require compatibility review before use with corrosive chemicals. Type 316 stainless steel components contain molybdenum for resistance to chlorides, solvents, and corrosive process fluids.
Seals, Tubes, and SpoutsPTFE components provide low chemical reactivity and resistance to many aggressive liquids. FKM and Viton elastomer seals are used with petroleum products, fuels, mineral oils, and selected solvents. Seal compatibility varies by fluid concentration and operating temperature. Zinc-plated steel surfaces provide a protective coating for general industrial environments but are not intended for every acid, caustic, or food-contact application. Intake tube length must match the drum depth to maintain fluid pickup near the container bottom.
Workplace and Transport RequirementsDrum pumps do not independently determine whether a container is approved for hazardous-material transport. UN-rated drums must retain compatible closures and remain configured according to the container manufacturer’s shipping instructions. Pumps are generally used after the drum reaches the dispensing location and may need to be removed before transport. Facilities handling hazardous chemicals should follow applicable OSHA hazard communication, labeling, personal protective equipment, spill-control, and grounding procedures.
Flammable and Hazardous FluidsManual operation does not automatically make a pump suitable for flammable liquids. Steel components, bonding cables, grounding equipment, seal materials, and area classifications must be evaluated before transferring fuels or combustible solvents. Polypropylene pumps may generate static electricity and should not be used for flammable fluids unless the model is specifically approved for that service. Chemical resistance charts and safety data sheets should be reviewed before installation.
Oil, Chemical, and Maintenance UsesAutomotive facilities use lever pumps for motor oil, gear oil, transmission fluid, hydraulic fluid, and grease gun filling. Manufacturing plants use them to transfer lubricants, coolants, process chemicals, cleaning agents, and maintenance fluids. Chemical facilities may use polypropylene, PTFE, Ryton, or stainless steel configurations for compatible acids, alkalis, solvents, and additives. Agricultural operations use manual pumps for fertilizers, crop-treatment liquids, oils, and equipment-maintenance fluids.
Fluid and Container CompatibilitySelection begins with fluid identity, concentration, viscosity, temperature, and chemical compatibility. Buyers should verify the pump body, intake tube, piston, seals, and spout materials against the fluid manufacturer’s data. Container opening size, drum depth, required output per stroke, discharge distance, and available overhead clearance also affect pump selection. High-viscosity fluids require pumps with suitable cPs ratings and larger displacement mechanisms. Food, pharmaceutical, and contamination-sensitive processes require documented sanitary materials and application-specific approvals.
