All categories
Featured selections
Trade Assurance
Buyer Central
Help Center
Get the app
Become a supplier
(3500 products available)
Ready to Ship
Ready to Ship
Ready to ShipThere are several types of jerry can pump, which are categorically listed based on the pump's operational system, features, and intended use.
This section discusses the various types in detail to help buyers select the right type.
As the name suggests, manual pumps need to be operated by hand to be productive. The simple construction comprises a lever or a hand-operated piston within a barrel. The pistons or leveraged portions are fitted within the barrel for the manual pump to be operable.
Manual pumps are best used for small operations, thus preferred by people when holidays are practically around the corner, or there is a need to fill some gas in the car. Depending on the type of fluid, the pump is effective, but it consumes time unless a specific fluid is needed to be moved a short distance.
As the name jerry can implies, these pumps employ electricity to move liquid. They are mechanical in nature and differ from manual operations, which require manual operation. Due to this feature, electric jerry can gases are powerful and can be used for a long time.
However, they pump more fluid than basic necessities like rationing fuel. Rechargeable or standard electric jerry can pumps are available in the market that runs on batteries. Electric pumps work effectively where electrical power is unavailable or when the electrical pump runs out of power.
Pressure jerry can pumps are the newest and most effective in the list of jerry can pumps because they use air pressure to shift any liquid from the jerry can. The pump has an air compressor that inflates the can to push out the liquid through an outlet. It is one of the fastest and most convenient pumps to use for moving liquid from one place to another. But since the setup contains elements like calculation complexity and an air compressor, it is costly compared to other jerry can pumps.
Vacuum jerry can pumps are liquid-moving apparatus based on the vacuum-creating principle within jerry can. The liquid will be moved from one container to another if airless pressure follows no pressure difference. This can be used for better exercise fuel efficiency and avoid all possible wastage.
But this pump is mostly used in home-made and other laboratory-related work since it cannot operate in a robust environment.
The design of jerry can pumps is based on convenience as they are designed to provide an easy way of transferring liquid. Hence, understanding the various designs of jerry can pumps will provide useful information regarding their functionality and how buyers can select the right jerry can pump for their needs.
A hand-operated pump consists of a cylindrical piston placed in the can's neck and a lever. This lever is closed, and the liquid in the can is pulled by the piston, and the lever is said to be moved again to push the liquid out. While this construction is simple, it helps cover short distances.
As a basic construction, there is no electricity in this portion, making it great for simple operations, especially in emergencies when a person has to fill something or when on a drive away from civilization.
Electric jerry can pump has a motor integrated into it so that when the switch is turned on, the motor begins to pump out the contents. Such electric pumps are run by batteries or through a power source. They can effectively be used where larger quantities of fluids need to be transferred or when greater efficiency is needed.
A pressure jerry can pump has a compressor and a nozzle; the air is pumped into the can using the compressor, pushing the liquid through the nozzle. This construction enables the liquid to flow at greater speed and with better efficiency. The entire setup is bigger and noisier than the rest, but it works perfectly when fuel efficiency has to be increased and time is an important factor.
Vacuum jerry can pumps consist of two types of pistons inserted into the two-cylinder areas. Pulling one piston creates a vacuum, while pushing the other piston pulls and pushes the liquid. The vacuum is created for the first time to pull the liquid, and then by pushing the second piston, the air is expelled.
This home-based version is mostly used in laboratories or short distances but not for industrial purposes at all. Other types use electricity or are produced with advanced technology with more endurance and a greater number of cycles for the vacuum jerry can pump.
Having some basic knowledge about the jerry can pump is effective for its longevity and optimal functional use; hence, the following section highlights key things to note while purchasing the jerry can pump and how maintenance can be done.
Flow rate
The volume of the liquid that gets transferred in a specific amount of time is the flow rate, and this is generally given in litters per minute or hour. This is a significant area of choice because higher jerry can pump flow, which will complete the task more quickly.
Pressure rating
Pressure rating is important when using an electric or pressure pump. Usually, different liquids exert different pressures – density, height, and nature of the liquid – so one argument is that it should be compatible with the liquid within its limits. This prevents breakdown and ensures longevity.
Power consumption
This is especially important if the electric pumps are used to run on battery power. Looking at the power ratings gives an idea of what can be used to pump without killing the battery in minutes. Pumps with lower power consumption are ideal for occasional use.
Regular cleaning
Following a cleaning schedule and keeping the pump clean is the best way to maintain it. The residue left behind by one liquid, if not cleaned, will affect the quality of the next liquid and possibly damage the pump, will hinder its operation, and shorten the pump's life. Use soapy water for cleaning after use, but avoid any surficants that are too aggressive.
Lubrication
For manual and vacuum pumps, lubricating the piston and cylinder area is given to prevent wear and tear, especially where friction is involved. Dust and debris might cause friction at the sealing location between the piston and the cylinder. Proper lubrication ensures smooth operation, reduces wear and tear, and protects the pump from extreme heat.
Inspection of seals and gaskets
The seal and gaskets' main job is to ensure the right connections to avoid the wrong connections. With time and usage, these parts tend to wear off. Therefore, in a situation where a pump is going to be used for a long time, it is important to check and change the seals and gaskets frequently, as doing so will enhance the functionality of the pump and prevent any leaks.
Storage
It is also important to store the pump in the right condition when not in use. For instance, electric pumps should not be left in humid conditions, while manual ones should be checked to see if lubricating materials have been applied to avoid rusting. In cold seasons, the pumps should also be kept away from any forms of freezing, as that would damage the system within the pump.
Fuel can pumps are suitable for many situations, from the simplest home needs to the sophisticated industries. Hence, this section explores some common usage scenarios and why certain jerry can pumps are the most effective in each context.
It is understood that a manual jerry can pump will be very effective in emergency vehicle fueling. Because the electric ones have to run on electric power or have to operate with pressure, the small and the hand-held ones are handy in emergencies – such as when the car runs out of gas and needs a bit of gas. Simply draw the liquid from the can and put it into the car; that is why it is so convenient and portable. They are also good where mechanical simplicity, small size, and reliability are very important.
For households that need natural gas appliances, electric jerry can pumps come in handy. These pumps easily transfer gases from one jerry can to another in a quick and efficient manner to ensure that the gas supply is constant. These are well-placed to handle and manage the volume, which is lesser than what is needed in industrial applications but higher than household needs.
In the event of an electric system goes off, electric jerry can pumps help provide fuel to generators. These pumps are placed where the transfer has to be accomplished and demand good speed with reliance. Electric pumps are more feasible than manual pumps in such conditions.
Vacuum and electric jerry can pumps are significant solutions to this problem on construction sites where the fuel supply is uncertain. These pumps transfer gasoline, for instance, to generators and heavy equipment. These pumps are reliable and effective when large amounts of gasoline are needed frequently. Construction site managers will find it reliable and efficient to use these kinds of pumps.
Pressure jerry can pumps are sometimes used during emergencies, such as during hurricanes, when people are told to evacuate and need help with fuel. With air pressure, these pumps empty jerry cans in minutes, filling vehicles as quickly as possible. When time is really important, big openings need to be fully opened, and only these fast but loud jerry can pumps can do the job.
Here are some key factors to consider when buying jerry can pumps:
Liquid types
This is the first question to consider when choosing any pump: what liquid does one need to transfer? For example, electric fuel can pumps are great for gasoline or diesel because of their automation and efficiency. Manual pumps are better for things like liquids that need a small amount of pressure.
Usage frequency
The frequency of usage determines whether to go electric or manual. While electric pumps are handy, manual pumps are easy to operate during a short and infrequent period. They are efficient in circumstances when electrical power is neither available nor required often, such as in gas cans.
Flow rate
Flow rate is another consideration regarding how fast the liquid has to be moved from one place to another. Pumps with a higher rate of flow are ideal for large operations because they help to complete the task fast. On the other hand, if the operations are to be small, then a pump with a low flow rate is sufficient.
Budget
Manual jerry can pumps are cheaper when compared to electric and pressure-operated jerry can pumps. Due to this, they are more accessible; one does not need to break the bank to have them. However, when efficiency and time are of paramount importance, investing in electric or pressure pumps can be worth it in the long run.
A1: No, jerry can pumps cannot be used for all types of liquids. It is important that the type of liquid has to be compatible with the pump material. E.g., chemicals, acids, or high-temperature liquids require a specially designed pump made of corrosion-resistant or heat-resistant materials.
A2: The lifespan of electric jerry can pumps depends on various factors, like the frequency of use, maintenance, and the operating environment. Generally, a well-maintained electric pump can last between 3 to 5 years.
A3: No, manual pumps cannot be used for large-scale operations. Again, the flow rate is low and requires much labor. They are effective for small, short-term tasks like emergency fueling vehicles but are not suitable for heavy or industrial use.
A4:Jerry can pumps should be kept in a dry, cool environment away from direct sunlight and extreme temperatures to avoid damage. For electric pumps, ensure the battery is charged or removed if applicable. Manual pumps should be lubricated before storage to prevent rust.
A5:In an emergency fueling situation, jerry can pumps provide a means to safely and efficiently transfer fuel from the jerry can to the vehicle or equipment, especially when there is no available source for refilling.
