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Best Fuel Transfer Pump Kit Under $200

A fuel transfer pump can come in handy in many different situations. Whether you need to move fuel from a container to your vehicle or from one car to another, a fuel transfer pump is the exact tool you’re looking for.

Best Fuel Transfer Pump Kit Under $200

Types of Fuel Transfer Pumps

Fuel transfer pumps come in all shapes and sizes, from small pumps for emergency purposes to large, industrial sizes for farms and construction sites.

Siphon Pumps

Siphon pumps rely on gravity to move fluids from one tank to another. Essentially, a siphon pump is a huge tube where each end is placed in different containers – one containing a fluid and the other where the fluid needs to go. The container with the fluid needs to be at a higher elevation than the empty one for gravity to do its thing.

To get the fluid flowing, you need to pump the suction a couple of time. After the fluid is flowing freely, you can leave the suction alone and wait until you’ve siphoned enough. Simply lift the tube up to prevent any more fuel from moving from one container to the other.

The way to create a suction depends on the siphon pump. Some models require that you use a mouth while others have rubber squeeze pumps for a more elegant way of transferring fuel.

Top 10 Fuel Transfer Pumps

This is the most cost-effective type of fuel transfer pump out there simply because it’s a basic tool. There aren’t any motors or doodads to help make the fuel transferring process quicker, but for emergencies, a siphon pump can be a great tool to have.

Crank-Operated Pumps

This type of fuel transfer pump employs the use of a hand-operated rotary crank to create the suction to move liquids. Most crank-operated pumps are made of metal and have metal tubing which is inserted into a container. As you turn the handle, the pump will suction up the liquid inside of the container and move it via a rubber hose to another container.

Crank-operated pumps usually have fasteners that allow you to mount the tool onto the lid of a barrel or pail. This tool moves a significantly greater quantity of fuel than a siphon pump could do per minute, but it can be quite labor-intensive having to pump the crank all day. If you’re trying to pump out bulk fuel from a drum for a lawn mower or lawn truck, this would be the most cost-efficient type of fuel transfer pump to get.

Best Fuel Transfer Pumps

Electric Pumps

Electric pumps are the quickest type of fuel transfer pump. They come in a wide range of different speeds and voltages. They look similar to crank-operated pumps, but instead of tiring your arm out by turning a handle, you simply plug the device in to activate the motor, automatically creating a suction to move fuel.

Electric fuel transfer pumps are favored by construction workers and large-scale farmers. Their large fleet of heavy machinery and trucks need to be provided fuel while in the field in a time-efficient manner. Mounting one of these puppies onto a fuel truck creates a mobile fueling station, reducing downtime and increasing productivity. This type of pump can be used in commercial settings or even at home, depending on the size of the motor and its voltage rating.

Are There Budget-Friendly Fuel Transfer Pumps?

The least expensive fuel transfer pumps are manually operated – i.e., siphon and crank models. There are even some inexpensive electric transfer pumps, but they move fluid at a much slower pace than their commercial-grade counterparts. If you need to transfer large quantities of fuel in hardly any time at all, we recommend going for a budget-friendly electric transfer pump.

Fuel Transfer Pump Under $200 Buying Guide

The cost of a fuel transfer pump can range from around $10 to more than $1,000. We understand that not many of you guys out there are looking to move more than 25 gallons per minute, especially if you need a pump to transfer fuel from a drum to your lawn mower. In this section, we’ll describe each of the specs and features that you should keep an eye out for if you’re in the market for an inexpensive fuel transfer pump.

Top 10 Best Gasoline & Diesel Fuel Transfer Pumps

Manual vs Electric vs Battery

With a $200-budget, you can afford one of the mid-level electric fuel transfer pumps. However, if you prefer cranking it by hand, thus saving a few hundred bucks, there are several high-quality siphons and crank-operated pumps to choose from.

The decision to get either a hand-operated pump or an electric one should be based on how long you plan on waiting for the fuel to move from one container to another. If you can’t afford long downtimes or are simply impatient (like us), we recommend getting an electric fuel transfer pump.

Battery fuel transfer pumps are the portable version of the electric models. The only thing you need to consider when purchasing a battery-powered pump is whether you want to continue purchasing AA or AAA batteries. We recommend getting rechargeable batteries to save money in the long run.

Delivery Hose

There are two things you need to be aware of when looking at the delivery hose – durability and length. Working in the middle of a field or even in your garage can cause the hose to bend at an awkward angle. Make sure that the hose is durable enough not to rip or tear since you don’t want to waste precious droplets of fuel.

Buying the Best Fuel Transfer Pump

Take a look at the length of the delivery hose. If you’re getting a manual pump, then just know that a longer hose means needing to create a more powerful suction to move fuel. As for electric models, the hose should be long enough to reach the two containers while being plugged in.

Delivery Speed

Pay attention to how many gallons per minute the transfer fuel pump can move. When refilling lawn mowers, you don’t want something with too high a GPM rating since you’ll most likely end up spilling a majority of the fuel. Manual pumps usually produce up to 3 GPM whereas budget electric models deliver around 20 GPM.

Final Remarks

There are several budget-friendly fuel transfer pumps to choose from nowadays. You don’t even have to risk accidentally pumping fuel into your mouth anymore if you have a budget of around $200. Some great electric models, battery-operated and corded, can transfer a huge amount of fuel in no time at all.

Best Fuel Transfer Pump

When looking at potential fuel transfer pumps the take home with you (or have delivered to your doorstep), check how durable the delivery hose is. Leaks and cracks in the hose can waste fuel, adding up to a huge sum of money in the long run. Also, check to see that the pump moves the right amount of fuel at the right speed (GPM). Too quick and you’ll waste fuel; too slow and you’ll need to babysit the pump all day.

Buying Guides Guides Other Industrial

Best Fuel Transfer Pump Kit: Buyer’s Guide

A fuel transfer pump basically pumps fuel from one container and moves it to another. What really makes a fuel transfer pump an excellent tool to have, especially during emergency situations, is that it allows you to do this virtually anywhere. If your car runs out of gas in the middle of the road, just have a friend drive his car with a full tank of gas and, using a transfer pump, leech some fuel from his or her vehicle.

Best Fuel Transfer Pump Kit

What you can do with a fuel transfer pump?

A common question that many have asked about fuel transfer pumps is apart from siphoning gasoline from a car and moving it into your own vehicle’s fuel tank, what other purposes does a fuel transfer pump serveWell, it can help with anything you can think of that needs transferring fuel from one place to another.

Some of the most common uses of a fuel transfer pump by non-professionals include filling up the tanks of lawnmowers, tractors, ATVs, and motorcycles. Commercial-grade fuel transfer pumps are commonly found in construction sites where a tank of fuel is stored in preparation to top off the tanks of any equipment they have, including farming equipment, mining equipment, logging tools, air compressors, and pressure washers.

Fuel Transfer Pump Kit

Do I need a fuel transfer pump?

It doesn’t hurt to have a standard-duty fuel transfer pump in tow when you’re on the road. Filling up a jerry can with gasoline prior to hopping in your vehicle is highly recommended if you plan on traveling to places you’ve never visited before. Even with GPS and Google Maps, finding a gas station can be difficult, and you don’t want the frustration of having a near-empty fuel tank on your mind on top the stress of driving through strange roads.

Fuel Transfer Pump Kit Buying Guide

If you’ve decided that you need a fuel transfer pump, then you’ve come to the right place. The following segment will explain each of the most important specs and features briefly to get if you’re in the market for a fuel transfer pump.

liquid transfer pump

Power Source

Fuel transfer pumps can be run by different sources of power. There are three types to choose from: AC electric, DC electric, and manual.

AC electric (110V or 230V) requires you to be near an electric outlet. To turn the pump on, you just need to plug the power cord into the nearest wall outlet. This is a great option if you plan on filling up your jerry cans at the gas station or moving fuel from your car to a lawn mower or other garden tool.

A DC electric model (12V or 24V) runs off of the power of your vehicle’s battery. If you’re stranded in the middle of the road and some kind-hearted stranger lets you take some of his or her fuel, just connect the machine to either of your car’s battery and start her up. If you get this type of fuel transfer pump, be sure that it comes with crocodile clips and cables.

A manual fuel pump is used for moving relatively small quantities of fuel from one place to another. It’s the most cost-effective way of transferring fuel, but it can be annoying to do at times (based on our experience).

gasoline transfer pump

Flow Rate

Flow rate measures how quickly the fuel transfer pump can move a liquid from one place to another. Fuel transfer pumps come with different flow rate ratings and are used for different situations. The flow rate of a manual pump depends on how ripped you are and how quickly you can work the pump.

There are three different flow rate speeds – slow, medium, and fast – that are recommended for use on different vehicles with different fuel-storage capacities.

Slow speed (8 to 15 GPM) is designed for use in small vehicles. These include cars, forklifts, and tractors. You could also fill up a lawnmower’s fuel tank using an 8 to 15-GPM pump, though you need to be careful to avoid spillage and frothing.

Medium speed (15 to 20 GPM) is better-suited for larger vehicles, such as vans, agricultural vehicles, mini buses, etc.

Fast speed (20 to 25 GPM) is advised for filling up large-capacity fuel tanks, city buses, large plant vehicles, and mining vehicles. Basically, this flow rate range will work best for industrial vehicles since a quicker flow rate reduces downtime.

In the end, you need to determine how quickly or slowly to transfer fuel. Too slow and you’ll spend all day babysitting the pump. Too quick and you’ll lose gallons and gallons of precious, EXPENSIVE fuel.

best transfer pump

Type of fluid

Even though fuel transfer pumps are used to transfer fluids from one container to another, no single model is designed to move every type of fluid. Most fuel transfer pumps can accommodate transferring gasoline, ethanol, diesel, and kerosene. Other pumps are designed for transferring high-viscosity fluids such as transmission fluid, oil, and antifreeze. You need to determine what you plan on transferring on a regular basis and make your purchase decision based on that.


Since fuel transfer pumps are most often used to move highly flammable substances from one place to another, you need to be entirely sure that the model is constructed with high-quality materials. It never hurts to have a few extra safety features (e.g., explosion-proof) for a little bit of insurance. Although fuel transfer pumps need to go through a long list of quality control procedures to be deemed “safe to use,” you should always take a look at the manual to understand how to operate the tool safely.

gas tapper

Final Remarks

Fuel transfer pumps serve a-million-and-one purposes that you may not be aware of. First, they’re great emergency tools for when your car runs out of fuel in the middle of nowhere, and a buddy can lend you some of his or her fuel from their car. They’re also great for filling up jerry cans for when you hit the open road and don’t have the time to make multiple stops at gas stations. Be sure that you get the right model with the right specs (flow rate, fluid type, etc.), so you can get the most value out of your fuel transfer pump.

Other Industrial

Metal Degreasing Machines: What You Need To Know

Metal equipment cleaning is an integral part of maintaining industrial environments. After all, most industrial zones feature lots of different metallic surfaces from machinery, heavy vehicles, doors, furniture, and gateways. Maintaining all these metal surfaces is imperative to keeping up the cleanliness standards of the place and providing a healthy working environment for the employees.

The heavy machinery used in industrial areas tend to quickly collect, dust, dirt, grease, and grime. It is simply not practical to scrub the large pieces of machinery on a regular basis. For this reason, cleaning professionals recommend using the best metal equipment cleaning machines, such as pressure cleaners, to get the job done. The hot water or steam generated by heated versions of metal equipment cleaning systems provide excellent results in cleaning even the most inaccessible nooks and crevices of industrial machinery.

Metal equipment cleaning machines offer superior results in industrial degreasing. The hot moisture ejected by hot pressure washers helps dissolve the toughest deposits of oil and grease quickly and effectively. The high pressure levels aid in easily washing off the deposits to ensure spotlessly clean and oil-free surfaces. Degreasing power of hot water enables users to avoid the use of chemical degreasers.

Why Metal Degreasing Machines Should Heat Water Quickly?

When purchasing metal degreasing machines, check if the machine has all the features required for grease elimination. Pressure washers used as metal degreasing machines need to be powerful, durable, and should be designed for use in commercial and industrial settings.

One of the requirements of metal degreasing machines is high temperature. Low temperatures are inadequate for the removal of tough grease buildup. Thus, washing away heavy layers of grease becomes a major problem. You can avoid this problem by using pressure washers that are highly effective and remove almost all traces of grease from the surface.

Advanced machines from reputed suppliers like Daimer feature temperatures as high as 330°F. Such high temperatures are highly effective in grease removal. The latest machines support multiple temperature levels, such as wet steam, hot water, and cold water.

One of the requirements of metal degreasing machines is the heating time. In industrial settings, time is of utmost importance because the more time you need to heat water, the less time you get to actually perform the cleaning task. That is why many metal degreasing systems have heating time as low as 30 seconds.

In addition to heat, chemicals are also required to remove grease from metal surfaces. Eco-green chemicals are, nowadays, available from the best brands in the market. The equipment used for the purpose can attain pressure levels as high as 1500 psi, which is ideal for machine cleaning.

Metal degreasing machines from pressure washer suppliers willing to provide adequate guarantees on the product are an ideal buy.

Why High Temperature Is A Major Requirement For Metal Degreasing Machines?

Metal degreasing machines are basically pressure washers that achieve temperatures as high as 330°F. High temperatures are very important for removing grease and oils from metal surfaces. This is even more important when you consider that many metal surfaces cannot stand very high pressure levels. To compensate for the lower pressure, you require very high temperatures.

Degreasing machines, such as the Super Max™ 7000 offered by the most reputed brand, Daimer®, have pressure levels of 1000 psi. While these pressure levels seem modest in comparison with the normal 8000 psi achieved by other kinds of power wash systems, these pressure levels are high enough to remove grease from metal surfaces without damaging the surface.

A second factor to consider when purchasing metal degreasing machines is the flow rate. While these machines often have flow rates up to 5 gpm, you might hesitate to purchase them if drainage is likely to be a problem. In that case, you should purchase machines with lower flow rates up to 2.5 gpm.

For cleaning metal surfaces in the food industry, you should rely on metal degreasing machines that are heated as well as powered by electricity. For other types of metal degreasing tasks, you can use machines with electricity-powered and propane-heated systems. There are actually quite a few different types of power and heat combinations for grease removal. Choose the machine whose features closely match your requirements and buy them from the most renowned Super Max pressure washer suppliers in the industry.