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Kerosene jerry cans are available in different types. The types are mainly based on their construction materials and characteristics. Here is a rundown of the available types:
Metal Kerosene Jerry Cans
Metal Kerosene jerry cans are traditionally the most common type. The most preferred metal usually is steel. It is because of its strength and durability. Users widely employ this type to store and transport kerosene. They have very tight seals. The sealing prevents leakage and ensures no vapors escape. The cans also withstand extreme temperatures so they do not get deformed easily. The long-standing property of these jerry cans makes them very suitable for heavy use in any adverse environment.
Plastic Kerosene Jerry Cans
Plastic jerry cans have gained notoriety as a lighter and more affordable alternative to metal ones. Usually, manufacturers make them from high-density polyethylene (HDPE). The material provides a high resistance to impact and most chemicals. Kerosene plastic fuel cans are not as stable as metal ones. Still, they are very suitable for short-term storage and transportation. Their lightweight property is also very convenient for users when they need to carry them around.
Spout Kerosene Jerry Cans
Certain kerosene jerry cans have bringing useful spouts incorporated into their designs. These spouts assist in pouring kerosene with a lot of precision and minimal spillage. Many of these jerry cans also have a venting mechanism that avoids airlocks. The venting mechanism enhances a smooth pouring experience. These jerry cans are particularly useful in places where accuracy in transferring fuel is critical. Also, they avoid wastage and mess when refueling equipment or vehicles.
Double-Walled Kerosene Jerry Cans
Some kulle jerry cans have a double-walled construction. The design adds another layer of safety to the stored kerosene. Usually, these jerry cans comprise an inner and outer wall. The walls are metal or plastic. They offer additional protection against spills and leaks. The purpose of the double-walled jerry cans is to contain any leaks that may be emitted by the inner can. Besides that, these jerry cans are made to reduce the chances of fuel exposure to any external elements. The elements may include sparks or flames.
Military-Grade Kerosene Jerry Cans
Everyone who makes kerosene jerry cans for the military purposes pays extra attention to their durability and reliability. They usually construct these jerry cans using heavy-gauge steel or specially designed high-density plastic. They are suitable for use in any extreme environmental conditions. Many of these jerry cans come with additional safety features such as vapour recovery systems. They ensure no emissions occur. While these jerry cans are more difficult to obtain in most cases, the users’ requirements for rugged and reliable fuel containers are met 100%.
The specifications of a kerosene can encompass various characteristics, such as capacity, dimensions, and materials. These are the various features that determine the can's performance and usability:
Capacity
The average capacity of a typical kerosene jerry can is mostly 5 liters (1.3 gallons) to 20 liters (5.3 gallons). There are larger variants which go up to 25 liters (6.6 gallons) or more for industrial applications. The size of the can be affects his transport and storage. A bigger can be will hold more fuel but is he won’t be as easy to carry. A smaller one will make refuelling simpler.
Dimensions
The dimensions of these jerry cans are strongly proportional to their capacity. Usually, a 20-liter can will measure approximately 49 cm in height and 30 cm in width. The slim design helps in the easy stacking of multiple cans. Also, the narrow fronts allow them to fit well in confined spaces or storage.
Material
As noted, the Kerosene jerry cans are mainly metal or plastic. The metal ones are usually manufactured from steel. Plastic ones are made from high-density polyethylene (HDPE). Every material has its own properties. The kerosene cans made of metal are tougher, more heat-resistant, and more puncture-resistant. Plastic cans are lightweight and more affordable. However, they are much more lowly and possibly less chemical-resistant.
Weight
The weight of an empty kerosene jerry can varies based on its material and size. An average metal jerry can with a capacity of 20 liters weighs around 3.5 kg. A plastic equivalent of the same capacity weighs almost half as that of the metal one. It is nearly 1.7 kg. Heavier cans may present difficulties during transportations such as carrying or handling them.
Color and Markings
Usually, most kerosene jerry cans come in a bright blue colour. The colour assists users in recognisning fuel type identifications easily. Standard safety markings are also present on the cans. They include hazardous symbols and kerosene canister labels. They ensure people know that the risks and contents are known to all.
Cap and Sealing Mechanism
Many kerosene jerry cans have a vented cap. Proper ventilation is very important to prevent vacuums during fuel withdrawal. The cap is very tight to prevent any leakage of the liquids. The seal ensures no contaminants get inside the can and no kerosene escapes out either. Some advanced models have additional sealing mechanisms to curb emissions.
Kerosene fuel cans have a variety of uses. The uses are mostly related to their main purpose, which is to store and transport kerosene safely. Here are some common uses:
Residential Heating
A lot of people with kerosene heaters use these jerry cans to store the kerosene that their heaters will use. It is an efficient way to keep homes warm. With these cans, homeowners do not have to go around buying kerosene every time. Also, kerosene is a very reliable fuel for preserving warmth in rural or remote regions. These regions do not have easy access to natural gas or electricity.
Emergency Backup Power
Sometimes, kerosene is used in generators as a standby emergency power source. They also provide electricity in areas that lack an electrical grid. With jerry cans, it is very convenient to store the fuel that such generators will use. This way, they always have a supply to keep their operations running, even in emergencies.
Aviation Fuel for Small Aircraft
Some aircrafts like the jet engines and turboprop engines use kerosene-based fuels. These fuels include Jet A and Jet A-1. Generally, jerry cans provide a portable means of carrying fuel. Individuals and operators that work in remote areas usually rely on kerosene jerry cans to fuel their planes and avoid delays in their flights.
Camping and Outdoor Activities
Aviation kerosene is a common fuel for many portable stoves and lanterns that campers use. Kerosene is very dependable because it burns steadily and does not spoil easily. Kerosene fuelled stoves are especially very useful when camping in adverse weather conditions. This is because they can provide a warm meal and fuel for the campers who are out there. Carrying fuel in jerry cans makes it easy to transport supplies for long trips.
Industrial Applications
Various industrial applications use kerosene as a cleaning agent, a lubricant, or a soil remover. Kerosene jerry cans are regularly used in industrial setups to ensure the proper and reliable transportation of this critically important substance. Commonly, they support operations that require the frequent use of kerosene.
The selection of a kerosene jerrycan depends on several factors. Moreover, the various factors go hand in hand with the intended use, storage requirements, and key considerations. Here are the factors to consider:
Material
The most common materials in making kerosene jerry cans are metal and plastic. The metal ones are very durable and heat-resistant. However, they are heavier and dis more prone to rusting. The plastic ones are lighter and cheaper. They offer more chemical resistance at the expense of not being as sturdy as the metal ones. Weighing the advantages and disadvantages of each will help choose a suitable material.
Size and Capacity
The capacity of the kerosene jerry can be directly affects how easy it is to transport and store the can. The average capacity of most jerry cans is 20 litres. This capacity is ideal for normal usages. However, larger or smaller cans should be considered if the users specifically require them. They should only be chosen when they can satisfy specific needs. Both smaller and larger cans can either increase the carrying frequency or the handling, which becomes more difficult.
Safety Features
Any kerosene jerry can that has a tight-sealing cap and proper ventilation is preferred. Adequate ventilation coupled with a tight-sealing cap ensures that there is no kerosene spillage and that there are no unsafe emissions. Additionally, consider the vapour recovery system and reinforced carrying handles. They also enhance safety and convenience.
Portability and Handling
Consider the design of the jerry can and how easy it will be to carry around. Heavier metals or larger sizes may be more difficult to carry around. Look for comfortable and reinforced handles that will make the carrying experience easier. Moreover, the balance of the can when full or empty is also essential. The balance ensures easy movements without tipping over.
Durability and Weather Resistance
Ensure that the kerosene jerry can be suitable for storage outdoors and is very durable. Exposure to adverse weather elements such as rain and sun will degrade the can over time. In particular, metal cans will rust, while plastic cans may become brittle. Ensure they have proper weather resistance. Usually, the best options are those that have rust-proof coatings or UV shielding.
Cost and Quality
Shop around to get the best kerosene jerry can and be prepared to spend on reliable brands. The cheaper ones tend to be of poor quality. They can end up posing a safety hazard and requires recurrent costs for replacements.
The benefits of jerry cans go beyond safely storing and transporting kerosene. The following transports and storage benefits are included:
Safety and Reliability
Typically, kerosene jerry cans are designed with safety as the main priority. They are made to avoid fuelling spillages, leakages, and hazardous emissions. They usually have sealed and strong jets. This reduces the risks of fires, explosions, and poisoning. Moreover, their robust structure means they withstand rough handling, frequent transportation, and adverse conditions. They ensure reliable fuel supply without any worry about safety.
Versatility
Kerosene jerry cans have multiple uses. They make kerosene stoves, heaters, camp stoves, and aircraft fuel. This makes them ideal for homeowners, campers, and remote workers. They keep the fuel contained easily and thus make it accessible for various applications.
Durability
Mostly, metal kerosene jerry cans come in constructed from thicker steel. Hence, this makes them extremely durable. They can be used for a very long time without wearing down or breaking apart. In fact, even when subjected to extreme weather conditions, rugged journeys, or harsh treatments, the construction will stay intact. Metal jerry cans are also puncture-resistant and thus very helpful for long-term storage of fuels.
Easy Transportation
The primary purpose of kerosene jerry cans is to make the transportation of the fuel as easy and safe as possible. They have typically been constructed to be stackable, carryable, and pourable. They enable carrying of kerosene from one location to another easily and efficiently. Furthermore, many of them have lightweight designs which reduce the strain during moving around.
Cost-Effective
Kerosene jerry cans are affordable, practical solutions for storing and transporting fuel. They carry the fuel from the purchasing locations so the users do not have to rely on the provision of the services. It's an additional convenience. Besides, these jerry cans are built to last. Eventually, this makes them more economical in the long run.
Environmental Protection
This kind of jerry can plays a very critical role in protecting the environment. When these cans spill, they cause less kerosene to spill. Less kerosene means fewer contaminants released into the soil and water systems around the users. The can also emssion prevention features ensure no dangerous fumes escape into the air. Hence, this contributes less to pollution.
Usually, the primary difference is in the construction of the jerry cans. They are ment refer fuel type and for purpose usage. Kerosene jerry cans are generally made more robust. Hence, they are more emission-proof and spillage resistant than gasoline jerry cans. This is because kerosene is more hazardous than other fuels. Kerosene vapours are heavier, more potent, and harder to detect than gasoline.
It is not advisable to use kerosene jerry cans for any fuel other than kerosene. It is because they are constructed specifically to withstand kerosene properties. Also, they have emission and spillage control properties. These properties are meant for kerosene’s density and chemical nature. Hence, using the kerosene can safe for other fuels will corrode the can, thus becoming a safety hazard. Moreover, the remaining residues of other fuels will also contaminate the kerosene, which may pose serious risks.
Always keep jerry cans clean. It is also important that they are stored in dry places. Moreover, any kerosene or other fuel spills should be cleaned immediately. Never allow the old spills to settle on the jerry can. Occasionally, inspect the jerry can for damages or wear, such as cracks or rusting. Storage emissions proof vapour seals come in handy. They are also replaced when worn out or damaged. Do not put the jerry cans under extreme heat or high fires because they are made of plastics.
There are no legal restrictions on carrying an empty kerosene jerry can. Besides, the empty kerosene fuel can t3l is considered safer than containing actual fuel. Although it bears not contained any hazardous material, still take all the safe precautions when handling or transporting it. Moreover, ensure it is properly ventilated, sealed, labelled, and stored.
Yes. In fact, recycling a kerosene jerry can is very encouraged. They usually come manufactured from more durable and heavier gauge steels or plastics. Hence, recycling will prolong the life of the materials used in producing other items. However, first ensure the can is emptied and cleaned. This will prevent any chemical residues from hindering the recycling process or pose any hazards to the recyclers.
