The FireFly is designed to burn wood better. This is done in two stages. In the initial stage of combustion, the FireFly works like any other fire pit - it burns the wood while producing smoke. Then, using hot air with oxygen fed into the combustion chamber through side channels, it burns the residual smoke before it escapes. This two-stage method of burning wood produces minimal amount of smoke and provides a cleaner, better fire that appears "smokeless" compared to traditional fire pits and campfires.
To learn more about what "tricks" we use to eliminate smoke, go to the FAQ section.
Cast iron has high heat retention, meaning that it absorbs and releases heat well. Thick cast iron does this even better. Why is this important?
First, the high ability to absorb and give off heat helps achieve a higher temperature inside the entire combustion chamber, and thus allows the wood to burn more efficiently and cleaner.
Secondly, cast iron acts as smart thermal shield that from one side protects us from direct heat radiation (which is often experienced as a "parched skin" effect), and from the other side it ensures we all can enjoy the feeling of velvety warmth the FireFly gives, from heads to toes.
When burning fires (fire pits, traditional campfires, etc.) there is a parched skin effect (it is mainly felt on the face). This is because the fire (embers and flames) generate a great deal of heat radiation. Especially the base of the campfire (where there are a lot of embers) can cause discomfort and cause a parched skin effect.
The FireFly's housing is relatively tall and is made of cast iron so that it absorbs a very large amount of heat radiation and dissipates it in such a way that those sitting around the fire pit feel only the receptive heat given off by the clean, smokeless and mesmerizing flames.
Since the heat given off by the FireFly does not irritate our skin and the flame is virtually smokeless, we don't have to shift every now and then to escape the smoke or heat - we can simply contemplate ourselves in peace with the cosy warmth and mesmerizing flames without the risk of irritating our eyes or skin.
Over time, the fire pit will begin to gently oxidize. Hot flames, changing temperatures, exposition to the elements creates very unfavourable working conditions, and despite the protection of the FireFly with a specialized coating resistant to high temperatures and weather conditions - the formation of a rusty spots is rather inevitable. However, it should be remembered, this same rust – in case of cast iron - protects the fire pit from further oxidation.
Nevertheless, for some of us, the rust is not a desirable feature, and we would like the fire pit to remain as new. It is possible. All you need to do is protect the FireFly from the weather elements (that's why we offer a cover for each FireFly) and never leave ashes in the combustion chamber and ash pan for longer than necessary.
In addition, with a simple wire brush and heat-resistant spray paint you can restore the original appearance of your FireFly very quickly.
Optionally, you can also use the traditional method of cast iron preservation, more about it can be found in the FAQ section.
In the big skim of things, it actually does not matter how environmentally friendly the product is if you need to buy it every now and then just because the product does not last. If we all start being more selective and buy less frequently is way less of pollution generated by production, logistics, etc.
Imagine, for a moment, a world where every product we purchase is designed to last, utilizes recyclable input materials, and is manufactured using renewable energy sources. In this scenario, the positive impact on our planet becomes abundantly clear.
Reduced Resource Depletion: When products are built to last, we reduce the frequency at which we need to replace them. This, in turn, means lower demand for the raw materials used in manufacturing. Fewer resources are extracted from the Earth, preserving our natural habitats and ecosystems.
Less Waste Generation: Products with longer lifespans create less waste over time. Instead of discarding and replacing items frequently, we maintain and repair them, reducing the burden on landfills and incineration facilities.
Energy and Emissions Reduction: Sustainable products, produced using renewable energy sources, have a significantly smaller carbon footprint. This shift away from fossil fuels and energy-intensive production methods not only harnesses the power of the sun but also plays a vital role in combating climate change.
Recycling Opportunities: Products designed with recyclable materials facilitate easier recycling and reintegration into the production cycle. This circular approach to materials minimizes the need for virgin resources and reduces waste.
Economic Benefits: The longevity of products can also translate into financial savings for consumers. When items don't need frequent replacement, households can allocate their resources more efficiently, promoting economic stability.
Positive Industry Shift: As consumer demand for durable, sustainable products grows, industries respond by adopting greener practices. This not only benefits the environment but also drives innovation and creates jobs in the green sector.
In essence, choosing products that are built to last, use recyclable materials, and are produced using renewable energy sources creates a positive ripple effect. It fosters a more sustainable, circular economy where resources are conserved, waste is minimized, and the overall impact on the planet is significantly reduced.
At FireFly we are very close to make this possible. The FireFly is already built from recyclable material and it is so robust that it has incredibly long product lifespan. However, we don’t want to stop here. Our vision is to produce all our products with renewable solar energy; therefore, our manufacturing partner comes from a country with abundant sunlight and we work hard together to use solar energy during manufacturing of the FireFly.
Smokeless fire pits like FireFly are designed to significantly reduce or eliminate the production of visible smoke during the burning process. This effect is achieved through a combination of design features that facilitate efficient combustion:
Airflow Optimization
These fire pits are engineered with carefully designed airflow patterns. They incorporate air intake openings at the bottom that channel air to the fire's base. This helps create a controlled and efficient burn by supplying oxygen to the fire where it's needed the most.
Secondary Combustion
FireFly, like other fire pits, has a double-wall construction with specific design that allows for preheated air to be drawn into the combustion chamber. This preheated air mixes with unburned gases and particles released during the initial combustion. This mixture then ignites, resulting in a secondary combustion that burns off these gases and particles, minimizing smoke production.
Complete Combustion
The efficient airflow and secondary combustion contribute to more complete burning of the wood. When wood burns completely, it produces heat, water vapor, and carbon dioxide, while minimizing the production of smoke and other pollutants. This effect is significantly increase by cast iron outstanding heat retention and distribution.
Insulated Design
FireFly’s cast iron housing ensures insulated construction of the pit that helps maintain high internal temperatures. This ensures that the fire reaches the optimal temperature for efficient combustion, reducing the likelihood of smoke formation.
Smoke-Reducing Cast Iron
Cast Iron is high-temperature-resistant material. It contributes to the overall heat distribution and retention. This enhances the combustion process and reduces the chances of cooler spots that might lead to smoke.
Convection and Radiation
The combination of airflow patterns and insulated construction results in efficient heat transfer within the fire pit. This convection and radiation process helps sustain high temperatures, ensuring continuous and complete combustion.
In summary, FireFly achieves its smoke-reducing effect by creating conditions that promote efficient combustion. These conditions include optimized airflow, secondary combustion, complete burning of wood, insulated design, and thoughtful material selection. The result is a cleaner burn with minimal smoke production, allowing you to enjoy a comfortable and visually appealing fire experience in your garden.
FireFly smokeless fire pit is made from cast iron to achieve high combustion chamber temperatures. Elevated temperatures are crucial in smokeless fire pits for several reasons:
More Efficient Combustion
High temperatures promote efficient combustion of wood. When the temperature is high, the wood burns more completely, releasing its energy as heat. This efficient combustion reduces the number of unburned particles and gases (smoke), leading to a cleaner and more effective burn.
Smoke Reduction
Smoke is produced when wood doesn't burn completely. In a high-temperature environment, wood undergoes thorough combustion, minimizing the creation of smoke. This means less visible smoke is produced, resulting in a more pleasant and healthier outdoor environment.
Minimized Harmful Emissions
Incomplete combustion can produce pollutants and particulates that are harmful to the environment and human health. High temperatures help break down these pollutants, reducing their release into the air and contributing to better air quality.
Better Heat Output
Higher temperatures translate to more heat being generated from the burning wood. This is especially important when you're using the fire pit for warmth during colder evenings. The higher heat output ensures that you get more warmth from the same amount of wood.
Reduced Creosote Buildup
Creosote is a sticky substance that usually accumulates in chimneys and flues. It can also be found on the walls of the burn chamber of smokeless fire pits if the temperature is too low as creosote forms when there's incomplete combustion and volatile compounds condense. High temperatures minimize the formation of creosote, reducing the need for frequent fire-pit cleaning.
Cleaner Burn
A higher combustion temperature means that the fire consumes the wood more thoroughly. This results in less ash and residue left behind after the fire has burned out, making clean
FireFly is an excellent choice for people who have preferences for durability, easy maintenance, long-lasting enjoyment of a smokeless experience, safety, security and comfortable heat radiation. In this case the smokeless fire pit made from thick cast iron would likely be the better choice for you – especially if you are not planning to move the fire pit around (portability is not important for you).
Durability
Cast iron is renowned for its exceptional durability and longevity. A fire pit made from thick cast iron is likely to withstand the test of time and provide you with a product that can last for generations with proper care.
Heat Retention and Radiated Heat
Cast iron's higher thermal mass allows it to absorb and store a substantial amount of heat. This stored heat is then radiated gradually, providing consistent and even warmth in the surrounding area. This means you're more likely to experience the desirable radiated heat at the level of your shoes that you mentioned.
Efficient Smokeless Experience
Smokeless fire pits made from cast iron are designed to promote efficient combustion and minimize smoke. The combination of the material's properties and the fire pit's design often leads to a cleaner and more enjoyable burn.
Low Maintenance
While cast iron requires some maintenance to prevent rust, it's relatively easy to care for. Regular seasoning and proper storage can keep the cast iron in excellent condition. Stainless steel fire pits can also be easy to maintain, but thicker cast iron is more forgiving over time.
Aesthetic Appeal
Cast iron has a classic and timeless look that many people find appealing. It can blend well with various outdoor settings and provide a rustic charm.
Safety and security
A heavy fire pit is generally considered safer and more secure than a thin wall fire pit due to several reasons:
Stability and Sturdiness / Reduced Risk of Tipping
A heavy fire pit has more weight, which makes it less likely to tip over or be accidentally knocked around. This stability reduces the risk of the fire pit causing accidents or injuries. Also, because heavy fire pits are less susceptible to tipping, reducing the chance of hot embers or flames being scattered. Thin wall fire pits are lighter and can be more easily tipped over, especially in windy conditions or if someone accidentally bumps into them.
Durability
Heavy fire pits are often made from more durable materials and are built to withstand higher temperatures. This durability reduces the risk of structural damage or wear and tear that could compromise safety over time.
Less Vulnerable to Wind
Heavy fire pits are less likely to be blown around by strong winds, which can help prevent sparks or embers from escaping and causing potential hazards.
Less Likely to Be Stolen
The heavy weight of the cast iron fire pit makes it less attractive to thieves because of the difficulty involved in stealing it. The light weight of stainless-steel fire pits makes it a more convenient target for theft. This principle of perceived difficulty and inconvenience plays a significant role in deterring theft. It's important to note that both options have their advantages, and your personal preferences play a significant role in the decision. If durability, efficient heat radiation, and a timeless aesthetic are your top priorities, the 6mm thick cast iron fire pit seems to align well with your preferences. However, make sure to review product specifications, customer reviews, and any warranties provided by the manufacturer to ensure you're making an informed choice.
The FireFly pit needs to be placed on a heat-resistant, non-combustible surface for several important reasons:
Heat Protection
FireFly is designed to achieve high combustion temperatures, which can generate intense heat. Placing the fire pit on a heat-resistant surface ensures that the heat emitted by the fire doesn't damage or scorch the ground underneath. The temperature under the FireFly can reach as high as 300 °C / 572 °F, or in some extreme cases even higher.
Fire Safety
Fire pits, even smokeless ones, can still produce sparks or embers that might escape the fire pit and land on the ground. Placing the fire pit on a non-combustible surface reduces the risk of these sparks igniting any flammable materials or vegetation nearby.
Prevention of Ground Fires
A heat-resistant surface prevents the ground beneath the fire pit from becoming so hot that it could potentially ignite or smoulder. This significantly reduces the risk of ground fires, especially in dry conditions.
Stability and Structural Integrity
Heat-resistant surfaces are more likely to remain stable and maintain their structural integrity under high temperatures. Placing the fire pit on such a surface ensures that it remains level and secure throughout the burning process.
Residue and Ash Management
FireFly pit produces less ash and residue compared to traditional fire pits, but there will still be some accumulation. Placing the fire pit on a non-combustible surface makes cleaning up ashes and residue easier and prevents these materials from damaging the ground.
Protection of Outdoor Furniture
Placing the FireFly pit on a heat-resistant surface prevents heat transfer to outdoor furniture, decks, or patios, which could otherwise lead to damage or warping.
Environmental Considerations
Placing the FireFly pit on a non-combustible surface reduces the risk of environmental damage caused by hot ashes or embers accidentally falling onto the ground and potentially causing fires.
Regulatory Compliance
In some areas, local fire codes or regulations may require that fire pits be placed on heat-resistant surfaces to ensure safety and compliance with fire-related ordinances.
In summary, placing a FireFly pit on a heat-resistant, non-combustible surface is essential for fire safety, protection of the environment, prevention of ground fires, and maintaining the structural integrity of both the fire pit and the surface underneath. It's a crucial step to enjoy your fire pit responsibly and without unnecessary risks.
Yes, smokeless fire pits are generally safer for children and pets compared to regular fire pits because they produce less smoke and fewer sparks. However, it's crucial to remember that even though they're safer, there are still potential risks, so supervision is essential. It is particularly important to mention that the fire pit surface can heat up above 600 °C / 1100 °F. However, this heat (similarly to home appliances) is not easily ‘visible’. Therefore – to avoid skin burn - NEVER touch the surface of the FireFly with bare hand. Always use heat resistant gloves.
Tips to Increase Safety for Children and Pets:
Choose a Safe Location
Place FireFly on a heat-resistant, non-combustible surface like concrete or stone. This prevents the ground from getting too hot and reduces the risk of fires.
Create a Safety Zone
Set up a clear boundary around the fire pit using rocks, fences, or other barriers. Teach children and pets that this is the safe area, and they shouldn't go beyond it.
Supervision
Always supervise children and pets when they're near the fire pit. Accidents can still happen, so it's important to keep a close eye on them.
Educate About Hot Surfaces
Teach kids and pets that the fire pit and its surroundings can be hot. This helps them understand not to touch or get too close.
Be Mindful of Ashes
Even in smokeless fire pits, ashes can still be hot. Make sure kids and pets don't play with or ingest ashes that might accidentally fall from the fire pit.
Avoid Playing with Fire
Teach children that the fire pit is not a toy. They should never throw things into it, and they should know that it's only for grown-ups to use.
Keep Pets on Leashes
If you have pets around the fire pit, consider keeping them on a leash to prevent them from getting too close or knocking over the fire pit.
Use a Spark Screen
Not all FireFly pits come with spark screen that can prevents embers from flying out. If yours doesn't have one, you might consider getting one for extra safety. Especially if you plan to burn hardwoods, which have higher tendency for ‘flying embers. For example, Oak is a dense hardwood that can crack and produce a substantial amount of embers as it burns. It's important to note that while cracking and embers can add to the ambiance of a fire, they can also pose safety risks if not managed properly. Always ensure you have proper ventilation and containment measures in place when using wood that is prone to crack and produce embers.
Teach Safety Rules
Explain to kids that fire is hot and can be dangerous. Teach them to respect the fire and stay a safe distance away.
Extinguish Properly
When you're done using the fire pit, make sure it's completely extinguished before leaving it unattended. This ensures there's no risk of accidental fires.
Remember, while FireFly pit is designed to be safer, responsible supervision and education are still the keys to keeping everyone, including children and pets, safe around any type of fire pit.
FireFly is made from at least 6 mm / 0.24 inch thick cast iron. The usage of cast iron supported by the smart design of the FireFly enable it to distribute the heat of the flames in more comfortable way.
Here it is why:
On the other hand:
In simple words, being around fire pit made of thick cast iron is more comfortable because the fire pit stays warm for a long time and makes sure everyone gets a cozy feeling. With campfires or thin steel fire pits, the warmth might not last as long, and it might not feel as cozy because of uneven heat. That's why a cast iron fire pit with thicker walls can give you a cozier and more enjoyable experience!
Making the fire in FireFly is nearly as easy as starting a campfire. To start the fire in the most efficient way follow the steps outlined below:
Place the FireFly on heat-resistant, non-combustible and firm surface.
Do not place the fire pit on some unstable and easy to ignite surfaces.
Unstable surface (e.g. rocky deck) can cause the firepit to move and spill some of the hot ashes, while combustible surfaces can ignite and lead to uncontrolled fire.
Do not place FireFly under any covers, roofs or any near any easily flammable objects (e.g. wooden table, etc.).
Place inside only dry / seasoned wood, or high quality pellet inside.
The wood / pellet should not only be dry but should be in fairly large pieces (ideal +/- 25 – 30 cm, or +/- 10 – 12 inch, in length). Place a few larger logs on the bottom of the pit to avoid blocking of the air openings by smaller pieces of wood or pellet.
The more wet the wood is going to be the harder is going to start the fire and the harder is going to make it truly smokeless. Small / old (disintegrated) pellets might be dry but are so small that will close the air openings in the bottom of the chamber. For the same reason do not use briquette, especially low-quality briquette will clog the air vents in the bottom of the pit.
Use the fire starter to ignite the fire.
At the beginning of the fire, it is important to reach high temperature in the burning chamber. Firestarter, especially in its liquid form, will help you to ignite the wood / pellet in a few areas simultaneously.
Usage of fire starter will surely help to develop the high temperature in the burning chamber and therefore the FireFly will reach faster its operating temperature needed for truly smokeless experience.
Once you get the fire going – ensure the air vents in the bottom are open.
After some time, the ash generated by the fire might build up and partly block the air vents in the bottom of the pit. If that happens you might see some smoke or even some black smoke.
In order to comeback to smokeless fire, simply use the poker or longer piece of wood and stir from time to time the content of the burn chamber around so the ash can fall into the ash tray located at the bottom of the FireFly.
FireFly needs to achieve its operating temperature to achieve smokeless state.
Usually, it takes from 15 to 45 minutes to achieve truly smokeless experience (it depends how skill you are in starting the fire, the ambient temperature, wind conditions and the type of wood).
Cast iron is known for its excellent heat retention and distribution. These properties contribute to maintaining high temperatures (inside the burning chamber – essential to clean fuel burn) in several ways:
Heat Retention
Cast iron has a high thermal mass, which means it can absorb and store a significant amount of heat. When the fire is burning at a high temperature, the cast iron absorbs this heat and stores it. As the fire subsides, the cast iron continues to radiate heat, helping to maintain a consistent temperature within the fire pit.
Uniform Heating
Cast iron distributes heat evenly across its surface. This property helps ensure that the entire interior of the fire pit receives heat, allowing for more thorough and efficient combustion of the wood. It helps prevent localized hot spots and encourages a uniform and clean burn.
Slow Cooling
Even after the fire has been extinguished (e.g. accidentally be throwing non-combustible material inside the fire pit), the cast iron fire pit will continue to radiate heat for a longer period compared to other materials. This prolonged heat release can help keep the temperature elevated for a while, even after the fire is no longer actively burning. In case of FireFly the heat radiated by the flames is captured and re-radiated by the cast iron housing – it helps to achieve much higher thermal comfort of people gathered around the fire pit.
Protection Against Extreme Temperatures
Cast iron is highly durable and can withstand high temperatures without warping or deforming. This makes it suitable for containing and managing the intense heat generated by a fire.
Efficient Combustion
The consistent heat distribution and retention provided by cast iron contributes to more efficient combustion. This leads to better burning of the wood and reduced emissions, contributing to a cleaner and more environmentally friendly burn.
Longevity
Cast iron fire pits are known for their longevity due to the material's durability. A well-maintained cast iron fire pit can last for many years, ensuring consistent high-temperature performance over time.
It's important to note that while cast iron has these advantages, it also comes with some considerations. Cast iron fire pits are heavy and require proper maintenance to prevent rusting. They might take some time to heat up initially due to their high thermal mass, but once heated, they can maintain a consistent temperature for an extended period.
When using a cast iron fire pit, it's recommended to follow the guidelines for safe and efficient operation, including proper cleaning and maintenance to prevent rust and ensure long-lasting performance.
Here under we listed the most relevant reasons why only dry (seasoned) wood and high-quality pellet can be used to fuel FireFly:
Easy to Burn
Seasoned or dry wood is like the firewood version of ready to use. It's much easier to start a fire with this type of wood because it's not damp or wet inside.
Less Smoke
Wet wood has a lot of water inside it. When you burn it, the water turns into steam and smoke. This makes the fire smoky and less enjoyable. Dry wood doesn't make as much smoke, giving you a clearer fire.
More Heat
Dry wood burns better and gives off more heat. Wet wood spends a lot of its energy just trying to get rid of the water inside it, so you don't get as much heat from it.
Cleaner Burn
Burning wet wood can make a mess with extra ash and goo. Dry wood burns cleaner and leaves less mess behind.
Safer
Wet wood can create more creosote, a sticky substance that can stick to the walls of burning chamber. Too much creosote can be dangerous in some extreme situations. Dry wood reduces this risk.
What Happens if you use wet wood:
In Short:
Using dry wood in your FireFly guarantees a cozy, warm, and clean fire. It's easy to light, produces less smoke, gives off more heat, and is safer. Wet wood, on the other hand, makes a smoky, messy, and not-so-hot fire. So, always pick dry wood for the best fire experience!
It is important to notice that while rust on cast iron can affect its appearance, it often forms a protective layer that can help slow down the rate of corrosion. This is one reason cast iron is often used for cookware and outdoor applications.
On the other hand, rust on steel can weaken the material over time as it eats away at the metal, leading to structural issues and reduced strength.
FireFly is sold in two major finishes. Black Diamond – the cast iron is coated with black, high temperature resistant coating. Patina Queen – is the bare metal with initially developed patina. The method mentioned below can be applied to both models.
How to restore the original look?
Restoring the original look of a rusted FIreFly and preventing future rusting is important for maintaining its appearance and prolonging its lifespan. Here's how you can do it:
Remove Rust
Use a wire brush or steel wool to gently scrub off the rust from the surface. You can also use a rust remover solution following the product's instructions.
Wash and Dry
After removing rust, wash the fire pit with warm, soapy water to remove any residue. Rinse thoroughly and make sure it's completely dry before proceeding.
Seasoning
Season the cast iron with a thin layer of vegetable oil or specialized cast iron seasoning oil. Apply a small amount of oil to a cloth and rub it over the entire surface of the fire pit, inside and out. This creates a protective layer that prevents further rusting.
Seasoning most likely will lead to darker colour of the FireFly – especially the Patina Queen model. See below what oil is the most suitable for seasoning of FireFly.
Bake
Start the fire and preheat the fire pit up to 350°F (175°C). Let it bake for about an hour. This helps the oil to bond with the cast iron, forming a protective coating.
Optionally, once you remove the rust, apply commercially available degreaser, and use high temperature resistant paint to restore its original look. We recommend THERMODUR 600-ASS BBQ, or similar product (high temperature heat resistant paint) available in your local store.
Preventing Rust in the Future
Season / Paint Regularly
Periodically re-season / paint your cast iron fire pit to maintain its protective layer. This prevents moisture from reaching the iron and causing rust.
Keep Dry
After using your fire pit, make sure it's completely dry before storing it. Water and moisture are major contributors to rust. If you leave your FireFly outside – ensure you cover it with provided AquaBarrier as soon as the pit to ambient temperature.
Cover or Store Indoors
If possible, cover your fire pit with provided AquaBarrier when not in use, or store it indoors during rainy or damp seasons to protect it from moisture. Cover will also protect the FireFly from dogs from urinating on it. Dogs' urine is not good for cast iron because it contains certain compounds that can react with the iron and cause damage to the surface.
Avoid Harsh Cleaners
When cleaning, use gentle methods like warm, soapy water and a soft cloth. Avoid abrasive cleaners that can damage the seasoning / coating layer.
Oil Regularly
If you want to maintain the protective layer provide by the oil, then apply a thin coat of oil after each use, especially if you live in a humid environment. This helps maintain the protective layer.
Elevate
The design of the FireFly ensures minimum contact with potentially wet floor. However, if you want to protect the FireFly even more then lift the fire pit slightly off the ground. You can do that with help of some stone, or bricks. This is going to prevent moisture from being trapped underneath, which can lead to rust.
Remember, cast iron requires ongoing care to prevent rusting. Regular maintenance and proper storage are key to preserving its appearance and functionality.
The best oil for seasoning the FireFly.
If you decide to season your FireFly here is the list of the best oil for seasoning. In general oil suitable for seasoning should be the one with a high smoke point and a neutral flavour. A high smoke point ensures that the oil won't break down and create unpleasant odours or flavours when exposed to high temperatures during the seasoning process. Here are a few common oils that are often used for seasoning of cast iron:
Vegetable Oil
This is a versatile option with a neutral flavour and a high smoke point, making it suitable for seasoning. Examples include canola oil, corn oil, and sunflower oil.
Flaxseed Oil
Flaxseed oil is popular for its potential to create a hard, durable seasoning layer. However, it's important to note that flaxseed oil can have a strong flavour and may not be suitable for those with allergies to flaxseed.
Grapeseed Oil
Grapeseed oil has a high smoke point and a relatively neutral flavour. It's a good option for seasoning because it doesn't leave behind a strong taste.
Soybean Oil
Another oil with a high smoke point and a mild flavour.
Canola Oil
Canola oil is commonly used due to its neutral taste and high smoke point. It's readily available and a practical choice for seasoning.
Peanut Oil
Peanut oil has a high smoke point and is often used for frying. It can also be used for seasoning your fire pit.