DIY Powdered Coffee Creamer Flamethrower!!




Introduction: DIY Powdered Coffee Creamer Flamethrower!!

Ever wanted a flamethrower? Enjoy burning things? Well now you can unleash your inner pyromaniac, with this fun and simple one day project!

In this Instructable I will guide you through all of the steps I used to build my very own coffee creamer flamethrower! This can also be used with things like freshly ground flour, powdered sugar, cornstarch, and baby-powder (which is pretty much just cornstarch.)

So let's get started!

Step 1: The Design.

The design for this project is pretty straight forward. The main components consist of the air system, "the poof chamber", the frame, and the ignition source. The idea is that the high pressure air enters the "poof chamber" containing the powdered fuel, thus agitating and atomizing the powder. The air in the chamber is then forced through the outlet pipe caring the fuel with it. The ignition source then ignites the air fuel mix and voila, a flamethrower!

Most of the flamethrower parts are actually made from PVC pipe. Ok, at this point I know what alot of people are thinking right now lol "How can that possibly be safe!!" or even "Are you kidding me? A flamethrower made from plastic?!?" Well let me explain. There is no pressurized fuel in the system, nothing is even flammable until it leaves the nozzle, the only part that would even be at risk of igniting would be the nozzle, which is made from metal, all of these things should result in a safe-ish plastic flamethrower. The reason I say "safe-ish" is because it is a flamethrower, and it can cause harm to people or property, which leads me to the next subject... SAFETY! Safety is important when dealing with any kind of flame (especially a flamethrower!) So use your head! Don't do anything that could potentially hurt you or the people around you. Be VERY VERY careful not to start any unintentional fires. And overall... Have fun! (safely of course.) :)

Step 2: Tools and Materials.

After buying all of the pipe and fittings for this project, with the exception of the air system components, My total came to exactly $25.19 USD lol. Except for the clear hose and the hose barb, I already had the rest of the air system supplies on hand, however I will include the parts used for it in the list as well. This design can be changed to meet the makers specs, so long as the basic principles of operation remain the same. But other than that, here is a list of the exact parts I used.

For the air system:

1. two 4" PVC end caps

2. 1' length of 4" PVC pipe

3. schrader air tank valve

4. one air tank pressure gauge

5. You can either use a pressure regulator like I have on mine, or you can just use a standard hose barb for the outlet.

6. a short length of air hose.

7. one air hose quick coupler

8. about 10" of 3/8" OD 1/4" ID polyvinyl tubing

9. an air hose blow-gun with a hose adapter on the outlet end

For the "poof chamber:"

1. 1' piece of 2" PVC

2. 2" to 1/2" reducer

3. 2" coupler

4. 1' piece of 1/2" PVC

5. two 1/2" 45 degree elbows

6. one 1/2" by 8" piece of black iron pipe

7. 2" threaded male coupler

8. 2" threaded end cap


The frame is pretty self explanatory, and because the parts list is already quite long, I am going to leave out the exact parts used. It will also be different depending on the air system used, the overall size, and the builders frame design preferences.

I didn't need much in the way of tools. Pretty much just a hand saw, a pair of pliers, and a crescent wrench. You will also need things like Teflon tape, zipties, and PVC cement.

Step 3: The Frame.

Essentially all you need for the frame is something to hold everything together. I wanted to make mine with a "rifle like" style in mind. So I used some 3/4" PVC pipe and fittings in the arrangement shown above, to imitate a gun stock. Making sure the the air tank fits snugly inside, I temporarily Duct Taped it in place. Here I would like to mention that when I was first thinking about how this project design would work, I didn't know if my "poof chamber" concept was even sound lol. Before I even semi-permanently put the pieces together I decided to do a test, so I fastened everything together with some good ol' duct tape left over from my Functional Duct Tape Gas Mask project (if you are interested in that project click here!) Once it was proven that the design would work I put everything together permanently (hopefully) with some zip ties. Next I added about a 20" section of pipe out from the 3/4" tee to attach the "poof chamber" to. More on that part in the next step!

Step 4: The "Poof Chamber."

Lol, yeah I know... but "poof chamber" was the best I could come up with haha. It consists of the section 2" pipe, with the threaded cap on one side, and the reducer bushing on the other. Next add the fuel outlet, which is made from the 1/2" pipe. Add the pipe as shown in the pictures above, with the 8" metal pipe on the end for the flame nozzle.

Next I put everything together with some Duct Tape for testing purposes. But since now I know that the concept works, at this point you could put everything together permanently!

Step 5: The Air Supply.

The air system you choose is really just a personal preference. I decided to add an air tank just to make it a little bit more convenient and portable, but you could easily just hook it up to an air compressor.

The line comes from the air supply, which then runs through the air compressor blow gun being used for the "trigger." Then I just ran an air line, made from the clear tubing, into the top of the chamber using a brass hose bard screwed in to the PVC. I would recommend sealing around the hose barb with some JB Weld to keep the leaks to a minimum. I put the barb at a slight angle, my theory was that the angle would force the powder out of the nozzle more efficiently. If you have a better idea for powder dispersion I would love to hear it!

Step 6: Ignition Source.

I choose to use a propane torch for the ignition source. I found this weird holder thingy that worked perfectly lol. I am not really sure what it is, but as long as it holds everything snug it doesn't really make any difference haha. You can use whatever you have on hand, just make sure it's safe.

Step 7: Finishing Touches!

After everything was put together, I gave it a quick paint job and called it good! I am very happy with the results, the only bad thing I have to say about it is that the flamethrower is really only good for about 1 or 2 short bursts. But I think with a little bit bigger of a poof chamber and a bit more air, this could be a pretty substantial flamethrower.

Anyways, I hope you enjoyed this instructable! If you have any questions or comments please let me know, I'd love to know what you think. Happy burning!!

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    41 Discussions

    Get an empty fire extinguisher. Unscrew the cap. Pour in 1/5 the extinguisher volume in lamp oil or paraffin. Reattach the cap & valve. Wrap some cotton around the end of a 12" 12 gauge wire and tape the bare end to the nozzle. This is the pilot light. Dip the wick in lamp oil. Use the rubber blow nozzle of an air compressor & press it hard against the extinguisher nozzle, squeeze the extinguisher handles & fill w/ 100psi air. Release the handles BEFORE stopping the air pressure. Light the wick, aim the nozzle in a safe direction, squeeze the handles. You'll get a 30 foot flame easily. Watch for cops.

    1 reply

    Haha, that last part is great advice. This is an interesting idea. It's cool that it requires no tools or mods to the extinguisher as well. Bravo lol. Thanks for the comment!

    I wonder if high voltage spark would work as ignition source? You can buy an HV generator (good for short bursts) that runs off a couple AA batteries for about $6. That would be lighter and even safer than lit propane torch.

    1 reply

    Yeah, that's a great idea. That my be a good addition to a future project..(hint hint) Thanks for the comment!

    Actually a derogatory name...if you're British. LOL

    Neat! BTW, the more correct term for your "poof chamber" is probably "carburetor" (a device the mixes your fuel with air).

    1 reply

    Hmmm... that makes a lot more sense lol. But "poof chamber" is more fun to say :). Thanks for the comment!

    Contrary to ManleyH's comment that it is irresponsible to post this Instructable. This is probably one of the 'safest' flamethrowers since it does not use flammable gas or liquids. The fuel is dry powder and only highly flammable when atomized. [Although I am always cautions about pressure vessels of PVC pipe failing catastrophically.]

    As Boy Scouts we used to fill our mouths with powdered cocoa mix and blow it into the campfire and blow fireballs! Essentially non-flammable powder only highly flammable when mixed in a cloud with air.

    As a side note baby powder comes in talc and cornstarch versions and I suspect that the talc (since it is a mineral) version will not burn.

    1 reply

    Yeah, I totally agree. This (if used correctly) is actually quite safe. And I can see why you're concerned about the PVC pressure vessel. A metal one would be safer, and could hold more air pressure thus resulting in a larger fireball. Thanks for the comment!

    Outrageously irresponsible to post. Shame on you and this site for publishing this.

    3 replies

    Shame on YOU for calling yourself manly (sp) and not enjoying this 'ible. ;)

    So, did I miss something about how 'ibles are supposed to be perfectly safe?? I thought this was about ideas and assuming your own risk.

    Maybe you should try it before casting stones! Who knows, you might have... dare I say... a little fun?!

    I swear I need this for halloween

    Yeah, I thought the same thing the first time I fired it off lol.

    bro, nice stones! In the 60s a book was published titled "the boy's book of dangerous chemistry" and it had all the cool science that isn't taught anymore to young minds.... Shame really... This project could inspire a young man to pursue propulsion engineering, or at the least stimulate a desire to learn STEM courses... Everyone wants to sheild everyone else from "danger" but most good science formed outta risks and failures.. I salute you sir.