On this page, “gas pump” usually refers to portable tools for moving fuel. You’ll see several names:

• Fuel transfer pump: Electric 12V DC or 110V AC units for gasoline, diesel, or kerosene.
• Battery-powered transfer pump: Handheld pumps with a hose and often an auto-stop sensor for gas cans.
• Manual siphon pump: Simple, hand-operated options for small transfers.
• Inline electric fuel pump: Low-pressure pumps used on vehicles and equipment.

At fuel stations, the equipment is commonly called a fuel dispenser. Selecting the right style typically depends on the liquid you’re moving, desired flow rate (GPM), power source, and whether you need a nozzle or longer hose.

Prices can vary widely, and several factors influence them:

• Power source: Manual siphons tend to be simpler; battery-powered, 12V DC, or 110V AC pumps are usually more advanced.
• Flow rate: Higher GPM models often carry a premium.
• Included gear: Kits with hoses (e.g., 51" or 6 ft), nozzles, and adapters may be priced differently than bare tools.
• Features: Auto-stop sensors, overheat protection, and explosion-resistant designs can affect cost.
• Materials: Stainless steel, nylon, and fuel-rated seals typically add durability.

To find options that fit your budget, compare specs and customer reviews, and use site filters to sort by features and what’s included in the box.

Start by confirming the pump is explicitly rated for gasoline. Then consider:

• Use case: For vehicles and equipment, 12V DC transfer pumps work well; for small jobs from a gas can, a battery-powered or manual siphon pump can be convenient.
• Flow rate: A moderate GPM (e.g., around 3.2 GPM) can balance speed and control.
• Hose and nozzle: Longer hoses (51"–71") add reach; auto-stop sensors or a controlled nozzle can help reduce spills.
• Compatibility: Some models also handle diesel and ethanol blends—always check the product specs.

Use the product details and safety instructions, work in a ventilated area, and keep fuel away from sparks or open flames.

Many fuel transfer pumps on this page are compatible with diesel and kerosene, and some also work with biodiesel or certain ethanol blends. Compatibility varies, so it’s best to:

• Check the product description for the liquids the pump is rated to move.
• Review seals and materials (e.g., fuel-resistant gaskets) for the fluids you’ll use.
• Dedicate hoses/nozzles when switching between fuels or follow the manufacturer’s cleaning or purging guidance.
• Operate safely: Use in well-ventilated areas and keep fuel away from ignition sources.

If you plan to transfer more than one type of fuel, verifying the pump’s ratings and maintenance steps can help support reliable performance.

Many pump kits include discharge and suction hoses and a nozzle, while others are sold as bare tools. You can typically find replacement hoses, nozzles, and adapters in the fuel transfer and automotive tools categories.

• Match sizes: Check hose length (e.g., 51" or 6 ft) and diameter to fit your pump.
• Nozzle type: Manual nozzles offer control; some pumps use auto-stop sensors to help reduce spills.
• Material compatibility: Confirm seals and hose materials are rated for gasoline, diesel, or kerosene.
• Fitment: Verify thread types and connector styles in the product specs.

Review the product pages for included components and search accessories if you need spares or upgrades.