How to make a stove from car discs a bun for a bathhouse at home, a do-it-yourself oven

Do you want to give your home bathhouse a touch of warmth and rustic charm? You might find that building a stove out of car discs is the ideal project. It not only gives your room a distinctive touch, but it also provides efficient heating. Making your own stove also enables you to customize it to your own requirements and tastes.

Making a stove out of car discs is an inventive and economical way to reuse materials that might otherwise be thrown away. Car discs, commonly referred to as brake discs, are strong and appropriate for use in heating applications because they are usually made of cast iron or steel. You can upcycle these discs to make something useful and aesthetically pleasing for your bathhouse, while also reducing waste.

A simple welding project that anyone with a few basic tools and access to can complete is building a stove out of car discs. Making your own heating solution is incredibly satisfying, even though it does take some time and work. Additionally, you can guarantee the efficiency and safety of your stove by adhering to a few easy steps.

A handmade stove not only gives your bathhouse personality, but it also offers dependable warmth in the winter. The ambience and coziness of your bathhouse are enhanced by a custom-made stove, whether you use it as a place to unwind or host family and friends. So grab a pair of gloves and get set to start a fulfilling do-it-yourself project!

Features of the wheel stove

Metal stoves are common, but they can be expensive, and sometimes you want to build one yourself. A metal barrel is the simplest option, but it can burn through with intense heat due to its thin metal. It will also be expensive to cook a stove from steel sheets that are the appropriate thickness. Constructing a stove out of wheeled discs is the best method.

The discs are made of steel that is sufficiently thick to provide the required strength and dependability, and the metal itself perfectly withstands prolonged heating without cracking or deforming. These are just a few of the design’s many benefits. With any fuel, the metal heats up quickly and easily; The circular form with the central opening enables you to guarantee the furnace’s ideal shape; You can determine the ideal size for the entire structure by comparing the disk sizes from various cars; When using the wheel stove for heating, it is crucial that it provides adequate heat to the room.

Advantages and disadvantages

The following are some of the benefits of the disk furnace:

• Materials for manufacture are available everywhere, and even the purchase of old disks will not turn into serious financial costs;
• Simplicity in the manufacture of the device;
• The finished stove has a sufficient supply of strength for use for a long time;
• The finished design does not take too much free space;
• Automotive steel demonstrates resistance to high loads, mechanical damage and deformations;
• Can be used in conditions of high humidity;
• The product is suitable for use with fuel of various kinds: wood, pellet fuel, wood and stone coal.

We’ll concentrate on the fact that practically every manufactured furnace made of wheels is symbolic, which makes it ideal for a private home or vacation home.

These stoves have certain disadvantages despite all of their benefits:

• When installing the device directly on the ground, sufficient traction is not created to maintain fuel combustion, as a result, the burner often goes out;
• The barbecue is too low, and without additional legs, cooking food on it is inconvenient;
• Steel discs heat up too quickly, and with careless handling you can get serious burns;
• Steel cools too quickly, as a result, a large amount of fuel is required to maintain the desired temperature.

Owing to these drawbacks, these furnaces are hardly ever utilized as the primary source of heat for a home or vacation rental; however, they are ideal for cooking, heating bathrooms and technical spaces.

Bake a friend on a campaign and in the country

Don’t be lazy; instead, invest three to four hours of your leisure time to own an incredible and highly functional wheeled disc furnace. Its benefits are clear:

• light;
• portable;
• Heating quickly and gives heat;
• budget;
• Any fuel is suitable for her;
• Does not burn out.

It will become essential to use the mobile stove from the old wheeled wheels in the bathtub. Additionally, if you design a stove with a cauldron opening, the apparatus will be a great addition to get-togethers in the great outdoors or during get-togethers with friends in the countryside. You can safely make a tasty soup or porridge by mounting a cauldron on it, and you can make fantastic barbecue by taking the cauldron off and placing a grate on top.

Averaging a score of five stars. One reader was scored (b).

What you need to know about furnaces

There is an additional situation to consider when building a stove out of an automobile. If conditioning fuel is loaded into the oven, the distance between the furnace of the furnace or grate, i.e., where they put fuel, and the first vertical obstacles of the flower gas current (such as the Topi set), should be at least 40–50 cm, according to the rules of the structure of fiery fuel furnaces. The distance must be increased to 60–80 cm if it is raw or waste; this will lengthen the furnace’s heating time. The latter is not necessary for furnaces made of disks, to be sure. They get hot very quickly.

The cause is the release of hot pyrolysis gases from solid fuel, which contributes significantly—or even entirely—to the mixture. Soot will fall out of the pyrolysis gases if they come into contact with a surface that is not as hot. This is because the gases cannot burn out. Such a stove will shift with continued use; a thick carpet will appear in the chimney and on the pack of furnaces. It lowers the furnace’s thermal efficiency, which is comparable to the stove’s efficiency, as well as the risk of a fire.

Note: A high-temperature raw fuel furnace is designed to allow water vapor and pyrolysis gases to separate and burn first before the vault is reached. In this instance, the fuel load is limited to half the firebox’s height.

Drinking stoves are very often operated precisely on broken fuel (rotten drying, damp scraps, etc.P.), but at the same time, unsuitable discs on a high furnace may simply not be enough, or the optimal stove scheme in this case (see. further) will not allow to make a high firebox. Then you can make a stove from discs by using a non -standard grate from a steel sheet from 6 mm and reinforcing bars from 10 mm. It is not necessary to fear that air for combustion is not enough: through a hole with a diameter of 10 cm, with a chimney 1.5 m high, it will pass enough for a power of 18 kW on wood and 30 kW on coal. The stove from the disks will never develop such.

Unusual grate for a vehicle’s furnace

A non-standard grate is simply placed in an oven with a gap of approximately 6-10 mm, or cm higher, because of the difference in TKR materials. Another benefit of such a performance is the resolution of the ash issue, which was a major concern for stoves made of discs. In this instance, the tin jar beneath the ash is just a 15 cm diameter replacement.

Note: For the same reason, horizontal discs from discs (see. Next) create non-columnar, t.e. The throttle in the blow controls the air flow while the fuel burns on the pads. Steel’s resistance to disks makes it possible for us to use this kind of solution.

Stages of work

First and foremost, the core must be thoroughly cut using a grinder at the disks. You can leave it on the last, upper disk.

Welding of furnace elements

We proceed to the welding process after the core has been removed. It will need 5 mm electrodes for welding.

Prior to anything else, the first disk must be welded to the iron sheet, which needs to be bigger than the disk. This is required to prevent the room from being damaged by the coals during the furnace; however, if the wheels are used for street transportation, this step becomes unnecessary.

If the furnace is intended for a room, the remaining space can be sealed with an iron sheet and there is already a hole on the upper disk that can be used for the pipe.

Next, weld each and every disc between us. The wheels must be welded to ensure that there are no gaps or cracks, as this could allow smoke or fire to enter the room.

Additionally, you must brew through every hole on the disks. Depending on the size and intended use of the stove, each person determines for themselves how many discs to weld.

The firebox was blown

The hole under the furnace must then be cut in the design, but it must be done far enough so that there is room for blowing. Although the furnace is meant to be used on the street, a small space was left there. The picture illustrates how to drill a hole for the furnace.

The stove will be higher and the furnace will be located above if you intend to build a bathhouse furnace out of the disks. Essentially, the ash is made in the first disk and the fire hole is made in the second disk from below. Since the sawed portion of the firebox opening will be useful to us as a door, we do not discard it.

Then, below for blown, we also drink a hole. It will be sufficient to drill a hole measuring 30 by 15 cm for traction. We also leave the sawed portion in place because it will act as a door if the furnace for the room is finished.

Gindly

You must locate a grill that fits the grates in terms of size. If a lattice isn’t available, you can drill holes in a piece of sturdy iron.

Doors

Next, go to the installation of the door. To do this, first you need to weld the loops to the hole prepared for the door, and then weld the door to the hinges. To make it convenient to open the door, you need to attach a handle to it. To do this, we need either a metal drill and a bolt, or welding and any curly handle that can be welded to the door. If you decide to make a pen according to the first option, then for this we drill a drill in the door with the edge with a drill, the thickness of which should correspond to the thickness of the bolt or be more, the hole. We insert a bolt into it and tighten on both sides to the edges of the nut. With the help of a handle, and the door will open easier and not burn.

Carrier

There are several benefits to using an old-fashioned wheeled device such as ease of transportation and the ability to keep the device’s interior temperature constant because of open air circulation.

Such a barbecue is ideal for use because of its height. Its high degree of dependability and durability are complemented by its ease of mobility and straightforward maintenance. We previously looked at options for making a folding device and a portable barbecue out of steel sheets.

There are numerous methods for using wheeled discs in homemade units. Think about the easiest to make, which will require the least amount of resources and labor. To use its device, all that needs to be done is compact the disk’s lower hole using a steel sheet or another material, like ceramic tiles.

However, there are some drawbacks to this kind of barbecue despite all of its benefits. These are a few of them:

• low location of the plane for cooking;
• If you install such a device directly on the ground, the rod to maintain the flame will not be enough, because of which it can go out;
• Small volume of the furnace chamber.

Such a design is comparable to a traditional hiking stand for a brick skewer in terms of ease of use. Such a model will suit nicely for occasional use, but a little more effort will be required to produce a more dependable and practical unit.

For this kind of barbecue, you’ll need two wheeled disks and a selection of supplies and equipment, such as:

• welding machine with electrodes;
• grinder;
• meter profile pipe;
• fasteners in the form of bolts and nuts;
• wire;
• mask and gloves for individual protection.

The process of making a two-wheel drive barbecue is not difficult. In phases, it appears like this:

1. In one metal part, we cut out the mounting platform using a grinder or auto gene. We weld two discs to each other throughout the circumference so that the remaining partition from the first, that is, processed, details are at the bottom of the structure.
2. Production of the door. The presence of this element simplifies the control of flame intensity: firewood can be thrown away without removing the dish from the barbecue. For accurate performance at the beginning of the work, it is necessary to outline the correct location of the door on the side surface of the wheel furnace. It should be located several centimeters above the bottom. Through the middle of the rectangle, which is a sash, a weld will pass. Having finished marking, we proceed to the design of the door hole, and then process the edges of the cut. By fastening the bolts on one of the sides of the rectangle, you need to make loops for easy opening and closing the door. We weld the nuts to the sash itself, which will be sketched on the bolts installed in the case. The last bar is the creation of a door handle from another bolt. For this, it is welded a few centimeters from the edge on the side opposite to the loops.
3. An important stage in the work is the manufacture of barriers. The optimal height of the legs is 60-80 cm. For their creation, a profile pipe is suitable, from which three identical segments of a certain length are cut. Further, they are welded to the furnace body at an equal distance from each other. To withstand the same angle of inclination of all legs, it is recommended to install them with emphasis in the side and partition. Compliance with these conditions ensures high stability of the structure on any surface.
4. At the final stage, handles are made for the convenience of transporting barbecue. It is recommended to place these elements in the middle of the structure on the sides from the door. Having outlined their edges, it is necessary to weld to the housing of the nut, in which the handles are bent, bent from 8 mm wire.

A crucial detail to consider when building a wheeled barbecue is this: metal should not be used on the furnace’s bottom since this will hinder the development of strong traction. To maximize the work, you can create a grille out of thick wire, creating a sort of grate, or cover the bottom with a metal mesh.

All set, get your carrier ready. You can enhance its appearance if you’d like. To accomplish this, the metal needs to be well pumped in order to burn off all of the paint, gas, and oil residue. Following that, you can begin grinding the case, and when you’re done, you can paint it black with heat-resistant paint.

Stove a bourgeois from car discs cheap and compact option

When deciding to make a metal stove with your own hands, you can encounter a number of problems. The first is to choose a suitable foundation, the "body" of the future bourgeoisie. Improperly selected barrel or cylinder, having too thin walls, can become a waste of effort and time, since with constant exposure to elevated temperatures, thin walls are burned or deformed. In the manufacture of a bourgeois from sheet iron, a high price problem will arise, since high -quality metal is not cheap. There is a wonderful alternative that will be simultaneously reliable and cheap. This is the manufacture of a stove of a potbelly stove from the old wheel car discs.

Having used their truck-served wheel discs, they will make excellent building materials for bourgeois

Old Wheeling Disks can be located in friends’ garages or by contacting the closest tire shop, where they will be sold for the best price and won’t be given away.

The advantages of the wheel structure are quite obvious. Firstly, this is the availability of the source material, which is a waste and often spent discs are simply thrown into the trash. Secondly, the metal used in automobile discs has a sufficient thickness that will provide the future design not only of reliability, but also gives its excellent immunity to the constant effect of elevated temperature. At the same time, the thickness of the metal of the wheel discs has the optimal thickness, not being excessively thin and excessively thick, since the thick layer of metal is also not the best choice for the furnace, since most of the energy from fuel burning will go to warm the thick walls. The third plus of discs is again the metal itself serves as the used alloy is quickly heated, which to ensure more economical fuel consumption. Another obvious advantage of the bourgeois of the wheelset is their round shape and the presence of the central hole, which is supposed to be specially adapted for placing a pipe for the chimney. And the last advantage may be a variety of wheel drives in diameter, allowing you to create furnaces of the required size for the needs of each specific room. The average furnace usually has a diameter of about half a meter and to create a bourgeois of this size with your own hands, wheel wheels from trucks are ideal.

Source materials

Just a few automobile discs are needed to make a stove out of cauldron disks. Since the cast discs are undoubtedly short-lived, it is also highly desirable that these are stamped models. The presence of aluminum alloys in cast discs is the cause of this.

Car and cargo cars can both produce discs, but low-tonnage

You will also require wire, bolts, plates or a profile tube for the legs, door loops, and metal sheet to seal the bottom of the future furnace in addition to the materials listed above.

A cauldron’s stove needs the following record-low number of materials:

• Stove tools
• The list of necessary tools is also extremely shaped in content. This:
• Welding device.
• Accordingly, electrodes.
• Small "Bulgarian".
• Cleaning disks and cutting.
• Measuring and marginal products.
• Heavy hammer.

Advantages and disadvantages

The following are some benefits of using a furnace made of car discs:

• Low cost. The construction of the heating device does not require large investments of funds, since its most material -intensive part is made from the ownerless multi -legged discs.
• Strength and sufficiently long service life. In the production of car discs, thick steel is used, which has high strength, so such a home -made unit will be correctly served by more than one heating season.
• High thermal stability. Given the peculiarity of the alloy of steel from which the car disks is used, the device is able to withstand the effects of frequent and prolonged heating to high temperatures.
• The speed of heating. The device of such a design can quickly heat up to the desired temperature, regardless of what type of fuel will be loaded in it.
• Lack of dimensions restrictions. For the construction of the furnace, you can choose wheels, more suitable size and raise the structure up not only from two, but also from three, four or more discs.
• High heat transfer. Efficiency of a homemade car from car discs reaches 80 – 85%.

Nevertheless, bourgeois from automobile discs actually resemble other metal stoves:

• unable to accumulate and save heat for a long time. The metal case quickly gives heat and cools, so such a bourgeois will heat the building, only while firewood or other type of fuel burn in it;
• require installation of a high chimneine pipe. To ensure a sufficient level of traction, it is necessary to build a chimneine pipe at least 2 m high;
• must be regularly cleaned by all departments, and especially carefully the chimney. The chimneine pipe of large diameter must be cleaned at least 1 time every 1.5-2 months. If its diameter is small, then this procedure should be carried out with a frequency of 1 time per week.

What is a good stove of wheeled disks

A room that measures between 15 and 17 m2 can be accommodated by the wheel from the wheels. Despite the particulars of the materials chosen, it is utilized not only in the garage but also to maintain the temperature in additional utility rooms and bathrooms. The material’s excellent quality and accessibility make it the heating device’s primary benefit.

Because of their robust and thick steel construction, the discs have a long lifespan. The wheel is on par with boiler steel in terms of quality when it comes to sheets and profiles.

Furthermore, the metal does not release toxic vapors at high temperatures, and the garage stove essentially does not dry out the air. The discs’ special, corrosion-resistant steel construction accounts for the material’s environmental friendliness.

Process of creation

The first step in building the furnace device out of disks by hand is to turn the disks into the appropriate structural elements.

These transformations start from the disk, which will be the manufactured furnace’s upper compartment.

The fastener is at the top due to its placement. The mounting holes of the "grinder" are then followed by a circular aperture that is cut, and the cut is then removed. The circle’s measurements are established in reference to the current cauldron, which will ensure the stability of these particular dishes. The hole must unquestionably be perfectly round, so any imperfections are fixed right away.

The fastener installs the disk for the furnace device’s lower compartment. After that, the top one is set atop it, and a complete circle of boiling occurs around their mating edges.

The outcome ought to be a finished structural workpiece.

Next, we discuss the furnace chamber system. A piece of a rectangular shape is cut out to create it at the base. For car discs, its approximate centimeter measurements are 20 by 12. Retrench approximately 2 cm from the disk’s lower edge when marking the furnace chamber’s location. A technique like this ensures the structure’s high stiffness while also making the firebox easier to operate.

Preserved is the piece of the disk that was carved for the furnace chamber. It will make an excellent furnace door in the future.

Once the process of creating a furnace chamber is finished, you can select one of two cauldron stove options from the disks. The first is very easy, but the second will need a few more actions.

Option 1

This is the most basic handcrafted version of the disks stove.

It should be clear that this option doesn’t call for any more structural modifications. Even with the stove camera open, the cauldron stove is ready to go. But traction will need to be adjusted by using makeshift materials, like an iron sheet, to cover the furnace hole. This furnace device option does not require a stand; in fact, the design can be placed right on the ground. However, keep in mind that this most basic variation uses a significantly larger quantity of firewood.

However, a comparable version is the best option for suburban travel.

Option 2

A more sophisticated model could easily be made with the right effort, and the cauldron stove made from wheeled discs will appear more appealing. Here’s an example of a sample:

This version has extra structural components that improve the furnace device’s functionality and give it a more appealing appearance. This:

1. Topka door. They are made from a previously cut fragment of the lower disk. It is processed, polished, welded by the fastener loop. A regular bolt can serve as a handle of such a door.
2. Paws of stability. For the reliability of the structure, you can weld to the lower edge of the foundation disk several paws of stability. Craces of profile pipes or strip steel are quite suitable. If the cooking process is carried out in the room, then such a stove must be installed with paws on a metal sheet. Such a stand will ensure fire safety.
3. Legs. If the option with stability paws is not particularly attractive, then you can weld the legs to the design. This will allow you to raise a stove from the discs for the cauldron to such a given height, which will clearly provide more comfortable cooking. Legs are made, usually from profile pipes.
4. Pens. It is advisable to weld the handles to the created stove structure. They will ensure the convenience of carrying. They can be made small in size, or you can make large curly. For handles, segments of steel strips or steel-roller.

As of right now, we can presume that the installation and collection procedures are finished for this particular model of furnace.

Remarkably, neither the first option nor the second one require a chip pipe in the slightest.

Both types of ready-made stoves require melting and "idle" mode. This will fully remove the old paint and reveal any assembly flaws.

Subsequently, the completed cauldron stove is meticulously cleaned and coated with refractory paint.

It is clear that the car disc stove, which is simple in design, does not require any real-world expenses in terms of money, materials, or labor.

Bourgeois for a bath from accessories for wheels

There are some distinctions between Bourgeois and other furnaces when it comes to bath accessories. It must specifically arrange a water container inside of it. It will take two wheel disks to form the upper chamber. They must use a grinder to cut the center fasteners. There are only rims left.

It’s critical to realize that this tank will heat up the water, which is why tightness is crucial. The two rims are placed atop one another and fused together.

The completed tank needs to have a metal lid or movable shackle on top to close it off. Welding the product tightly with a small sliding hole for water pouring is something you can do out of concern for safety. All that’s left to do is construct the camera’s bottom, which calls for a metal plate.

Next, the holes along the chimney pipe’s diameter must be cut in the upper and lower portions of the tank. After that, the pipe needs to be mounted and filled. A thin tube needs to be installed with the tilt to the floor at the bottom of the tank. A crane should be used to close it. Water will be drained off of it.

It’s crucial! It is now necessary to check the design for tightness. This is accomplished by filling the tank with water and checking it for leaks.

Special care needs to be taken with the pipe and seam slots. If there are leaks, make sure to empty the water, dry the tank, and use welding to fix the cracks.

You can now begin working on a heater. You must take one of the two wheeled disks that are left and cut the core out of it in order to accomplish this. The hub of the entire disk is in the center thanks to the installation and welding of the two products on top of one another. It will function similarly to a type of crate. Stones must be poured onto the resulting container. The furnace’s upper section will be formed by the lower portion of the structure.

Preference should be given to rounded stones, such as gabbro diabase, peridotitis, thunder, basalt, or Dunity. But the cost of this material is high. Another option is to search reservoirs for stones. Dark-colored breeds are preferred because they have a less rigid structure and good resistance to drying out in the sun and moisture.

It is important to understand! The stove’s stones occasionally need to be replaced. This is because high temperatures cause the material to have a tendency to collapse. This causes the smoke to exit the homemade stove slowly, which has an adverse effect on its functionality.

Next, you need to organize a high -quality foundation. It should be not only durable, but also a refractory. A reinforced concrete screed is perfect, which is additionally lined with fire -resistant bricks on top. It is necessary to proceed to the creation of the lower part of the future bath stove only after the base dries. At this time, you need to prepare red heat -resistant bricks (approximately 60 pieces for design with masonry 62×62 cm). Bricks should be laid with a square, fastened with clay diluted with water. Be sure to leave the cavity for the blow, as well as the hole for the door. And on top of the masonry you need to mount the grate of the grate.

All that’s left to do is put the structure’s components together. The firebox was blown by closed doors made of manufactured doors, and the metal component needs to be attached to the brick. The second piece of pipe should then be welded to the hub’s center hole and sewn with the upper portion of the chimney (we escorted it through the water tank). Next, place big, medium, or medium-sized pebbles underneath the stove and small pebbles on top of it.

There are situations where strengthening the structure is required. This will be facilitated by the metal channel, which must be welded to the water tank and stove at a slight angle. Closing the damper and inserting the pipe itself into a chimney—which needs to be lined with refractory bricks—remain. Being able to heat an average-sized room in just one hour is a major benefit of this type of homemade stove.

All set to go, the bathroom stove is now operational. This is a bourgeois pipe that will save a lot of money because it eliminates the need to purchase a completed building. You can focus on the drawings that show how to use used stamped discs to create a larger stove at home.

Counseling! Although the design is always the same, you can make it unique by exquisitely decorating. This will make the pictures of those who have already succeeded in creating a stove out of the disks for the bath or cauldron easier to view. You can imagine and craft your own masterpiece, or you can select the best option and make it come true.

Barbecue stove

The core does not need to be cut if you plan to build a stove underneath a disk barbecue. This burner, a flame cutter, serves as both a culinary grate and a radiator when the lattice is placed on it. The design’s primary benefit is the appearance of multiple temperature zones on the rashper, which creates numerous opportunities for preparing multiple dishes at once.

This makes packing for a picnic—where everyone can have food that suits them—very convenient. Typically, a stove of this kind is constructed from disks that have a minimal number of technological holes. As a work grill, bicycle knitting needles are employed. Cooking them is not required, To. They are securely fastened to one another using a heat-resistant metal glue (cold welding method).

All of the wheels can be used if you need to make a stove for a stove. Although the heat capacity and heat transfer time are greatly improved by thick metal, they are still far lower than when cast iron stoves are used. One of the design’s drawbacks is the high labor intensity required to improve the furnace, which results in higher work productivity because of its intricate structural configuration.

You can refuse to use the partitions-arrangements when building a stove-bustle for non-residential premises if you have a lot of broken fuel. Making a comparable choice out of a truck is not difficult. Higher efficiency and more fruitful heat transfer will result from this.

Because of this, people typically favor vertical solutions due to the large sizes of horizontal bourgeois. Finding an appropriate ginkle and ashin is the first step if the task involves creating a furnace out of the disks.

Preventing hot ash and coals from falling onto the fire blind is crucial.

When it comes to thermotechnical properties, both of these tips greatly enhance them:

1. The first is surrounded by the upper heat with a special ring casing made of thin steel, but not galvanized, since zinc is able to melt under the influence of a temperature of 440 degrees. The solution is indispensable in cases where the quick heating of the room is required.
2. The second option implies the facing of the furnace with any available material, which is characterized by high heat capacity and thermal conductivity.

With the help of these suggestions and the car drive stoves’ design elements, you can quickly construct a very efficient solution. The most important thing is to read the plan and pay close attention to the instructions.

Step -by -step instructions for manufacturing

How to build a cauldron stove out of wheeled discs by hand: Understanding the primary steps involved in producing this design will help you solve this problem.

1. First you need to prepare the disks for welding. To do this, the front side is completely cut on the upper part. This is done for free passage and uniform distribution of heat in the cooking area. We do similar work with the middle part of the future furnace. Leave the lower disk unchanged. To eliminate confusion, on the details with chalk we write the place of installation of parts. Cut the front part
2. We lay the lower part on the flat surface with the front part down. On it we place the middle part in the inside of the disk down. Having checked his position, we make the 4th tack after 900.
3. We place on the prefabricated node the 3rd part by the front side, check the correct installation of the part and grab in 4 places. Assembly
4. Once again, having checked the assembly and location of individual parts in a vertical plane, you can begin to make a structure. It is important to note here – do not make an enchanting of one seam completely. To protect against deformations, it is better to cook part by step by step in step. Having boiled a small section at the 1st junction, turn the structure by 900 and boil the seam section from this side. Then go to the welding of the 2nd seam. So alternating sides and seams, boil all the joints.
5. Beat the slag and check the quality of the seam. If you are found non -carriers, undercuts or holes, we must add melted metal to these places.
6. We put a circuit on the grinder and clean the seams and places of cuts of the facial parts.
7. Now it is important to make a good door for laying firewood. Having retreated from the bottom of the furnace 200 mm, mark the window for the furnace; height –180 mm; width – 200 mm.
8. Cut off a grinder with a cutting circle along the layout lines of the window. We will use the cut part to make a door. To do this, on the 3rd sides we grab the wire with a cross section of 6-8 mm on the outer side of the workpiece. On the loop side in the middle of the window, weld the part from the profile tube. In the second tube we insert a rod for a loop and grab it on one side. Cut the door
9. Install the door in place, put the return part of the loop and weld the pipe to the disk. We grab the ready-made bent P-shaped handle to the door and put a home-made sping from the bar and profile. The example of the door (they can be made differently) the resulting design
10. If required, mark and weld 3-4 legs at a slight angle. For the best collar, the ends of the workpieces must be cut under the corner so that the legs fit a plane to the furnace. "Legs" for the stove
11. On the opposite side from the door, at the top of the middle part we mark the location of the chimney installation. Carefully cut out the hole by the size of the pipe with electric welding, insert the withdrawal so that the free end looks upward. The pipe should be exhibited a flush with a metal disk metal. We make 3 and the grade, making sure of the correct position of the part, scatter the joint in a circle.
12. We wrap several turns of asbestos cord on the chimney and insert it into the discharge. The pipe should sit tight, and the cord will interfere with the yield of smoke at the connection site. Almost ready -made designs, it remains only to attach the handle and clean the details.
13. All details are cleaned with a grinder, it is better to knit burrs from cuts with a file.
14. From the bar we make handles for carrying a furnace. To do this, on the blanks on both sides, mark a distance of 50 mm and bend at an angle of 900, holding the workpiece in a vice with a short segment protruding upward. Beat with a hammer. Then, at the top of the structure, on opposite sides, we make the marking of the arms fastening places, set and weld them.

Our car-disk-based stove on wheels is prepared.

You can also view the video here:

Additional illustrations of various DIY stove designs made from the disks in the picture:

Garden Mini Ben from Car Disks

Summer homeowners and land plot owners frequently construct different braziers, barbecues, and other outdoor cooking appliances. Making a garden furnace out of car discs will be a great way to solve this issue.

The product can operate in a configuration that is universal. You can cook a variety of foods on the grille, fry barbecue, and cook pilaf in a cauldron on the furnace.

Installing a garden furnace is relatively easy. You’ll need two car disks for this. One disk-shaped cut forms the center portion of the front side. By the opening down, the disk is positioned. Legs made of large-diameter steel reinforcement or corners are welded around the disk’s perimeter. A hole is cut and a homemade grate is placed on it.

The front side of the second disk is welded to the first disk after being nearly entirely cut. To install the grate, supports are welded in the second disk (the upper portion). On the supports, a cauldron can be mounted (without a grille). Small-diameter pipes or fittings are used to make the grate.

The side surface has a window cut out for the door. The metal door is fastened with either store-bought or handmade loops; hanging it from steel hooks is a simpler option.

There are two types of garden furnaces available: ones with a smoke pipe and ones without. A small portion of the smoke gases pass through the grate, but the chimney pipe from a section of the meter pipe transports the majority of the smoke gases to the canal, aiding in the cooking process. When burning wood chips that are unprocessed, a lot of smoke is produced. In this instance, the chimney’s construction is necessary. If not, the food will become strongly flavored with smoke and become excessively smoked.

The hole with the matching diameter must be cut in order to install the chimney on the side surface of the second (upper) disc. It is joined to a 200–300 mm long pipe by welding. The pipe, onto which the chimney’s vertical pipe is fixed, has a steel divert welded to it. Sometimes an oblique joint produces an attack on a vertical pipe without a discharge.

Stove for cauldron and barbecue

The stove for a cauldron can also be used as a barbecue. This device can be performed from only two discs from the wheels of the passenger car. If you need more design, then there are no restrictions here, you can use the wheels from GAZ-53 and UAZ. In one of them, the bottom is cut out, and after the rim they are welded to each other. The unit should be installed reliably on any surface, for this, the legs using the welding machine are strengthened to the lower section. The holes for the hub must be drowned, while the side holes are left, air will penetrate through them through them. In order to transfer the case, it was convenient, it is necessary to weld the handles to it outside, and in the lateral part to make an opening to install the door. The latter should be made of a piece that is seated on the loops. We can assume that the furnace from the disks is ready on this. As practice shows, a cauldron can fit on it, and if necessary, five skewers with meat.

What you need to know about furnaces

Be ready to pay attention to another feature if you plan to build a stove out of the wheels of wheels for a cauldron or heating a non-residential space. According to the specifications for the construction of furnaces that burn fuel, starting from the grate or furnace floor, t

E. locations where the fuel product is positioned, leaving roughly 40–50 centimeters between the fuel product and the first vertical obstructions to the flue gas current. When utilizing condition fuel, this option is required. The distance is increased to 60–80 centimeters if it is raw or bouncer. In this instance, the furnace’s warming time is increasing quickly. It is therefore improper to use such fuel in disk furnaces.

It is well known that solid fuel products can release hot pyrolysis gases, which have a substantial impact on heat. The soot will probably fall if they come into contact with a colder surface because they will probably be unable to burn out. Lawsuits related to such a furnace arise from its continued use. There’s a thick layer of fog in the chimney and on top of the furnace pack. Heat efficiency is greatly decreased, but there is a fire risk.

The disk-shaped stove is frequently precisely filled with fragmented fuel, such as:

1. rotten drying;
2. damp scraps;
3. and other products.

It’s true that improper discs on a stove of a reasonable height might not be sufficient, or that the best scheme structures will shield the possibility of a high firebox. In this instance, you will need to apply a non-standard grate made of a sturdy steel sheet with a diameter of 6 millimeters and 10 millimeter reinforcing rods in order to prepare the furnace. Concerned that there won’t be enough air available for combustion? Here’s the answer: 18 kW of power on wood and 30 kW on coal can be produced with an aperture of 10 cm in diameter and a chimney 1.5 meters high.

Want to improve the heating in your house and give your bathroom a homey feel at the same time? Learn how to make a stove at home with car discs! This project provides an innovative and affordable way to add rustic charm to your space while keeping it warm. You can build a sturdy and effective stove that not only provides warmth but also becomes a focal point of your home by repurposing easily accessible materials. This guide will take you through the process of making your own custom stove, adding comfort and personality to your bathhouse retreat, whether you’re an experienced do-it-yourselfer or a beginner.

Bath oven

Car wheels are too small to be used in the construction of a bath stove. Four used rims from the ZIL-130 truck were used by the idea’s creator, whose scheme is displayed below. Each of them, which is positioned above the others, has a distinct purpose:

• The first disk serves as a cap for the combustion chamber. As planned, the bath stove has a small brick fuel with doors going into the dressing room;
• The second rim is a stove;
• The third is an additional heat exchanger that selects the energy of the smoke gases and transfers it into the steam room;
• The fourth disc is a tank for heating water.

Note: You can arrange it inside the first rim without a brick furnace. However, this will require you to submerge the bathhouse from the steam room, and creating tight doors within the disk housing will become more challenging.

This scheme shows all the other metal parts that are required to assemble the furnace. The principle of operation for a do-it-yourself bath stove is as follows: firewood burning in the fuel allows heat to pass through the walls and into the first rim, which has a bottom cut out. The second disc is used to cook it so that stones can be placed inside while the bottom stays in place. A pipe that heats the heater and emits combustion products passes through them inside.

The pipe then enters the third rim, where a cutter of gas metal gas is installed in place of the bottom. A cutter cleans the combustion products, and an economizer such as this section produces more heat from a bathhouse stove made of disks. The final step in the cooling of flue gases is located inside the fourth rim, where a water tap and a lidded tank are installed. Because of this, the stove performs no worse than factory replicas and will outlast any of them in terms of durability.

How to make a bourgeois of wheeled discs

Figurative design will be the bourgeois of the wheels, which is highly practical since you can use this kind of design in other rooms as well as the garage as needed. It can be mounted in an upright or horizontal position. The location of the smoke pipe and the presence of grates are the only features that separate these two high heat transfer models from one another.

Materials

It is advisable to use parts from passenger or low-carrying-capacity truck wheels when building a potbelly stove. The bourgeois version of a cargo multi-tonnage car will appear clunky and heavy due to its excessive mass. Ensuring the tightness of the compounds when connecting individual elements will be challenging with this design.

Apart from the discs needed for manual furnace assembly, you will also need the following extra materials:

• reinforcement rods with a diameter of 20 – 24 mm;
• steel corner;
• sheet metal 4-5 mm thick;
• heat -resistant paint;
• several bolts and nuts;
• pipe with a diameter of 100 – 150 mm and wall thickness of at least 5 mm.

Tools

The following items should be included in the toolkit needed to construct a bourgeois from automobile discs:

• welding unit and electrodes;
• Bulgarians (Ushm) with a set of vertebral and detachment discs;
• drills;
• gas cutter;
• sandpaper;
• brushes;
• sledgehammers;
• hammer;
• measuring and marking devices: chalk or marker, roulette and ruler

In order to safeguard oneself from the harmful radiations of the welding arc, sparks, and spray, it is necessary to wear a specific uniform that includes mittens, closed boots, a headdress for protection, a welder, and glasses.

Step-by-step instruction

Designs of various stove-stove models’ devices made of automobile wheel discs

Creating a four-wheeled vertical model of a bourgeois

When manufacturing a furnace on your own using discs, you need to follow these steps in order:

• Cut the central part in all four disks with a grinder along with hubs; Stage 1
• make two round plates from sheet steel, the diameter of which should correspond to the size of the disks;
• cut a small square opening for blown on the side surface, and make a door from the separated part of the metal. It is put on the bolts welded to the case and fixed with nuts. For ease of use, the door is supplied with a metal handle and a jaws; Stage 2
• Boil the walls of two discs among themselves. Close the bottom of the lower disk with a metal plate and weld the legs from a metal corner or reinforcement to it; Stage 3
• Boil the two remaining disks and close the upper part with a circle of sheet steel; Stage 4
• Cut the opening for the top of the lower disk of this part of the furnace and install the door similar to the blower door; Stage 5 Stage 7
• Connect all parts of the case into a single design;
• Install the grate. For these purposes, the guides from the corner and put on it a pre -cooked design made of sheet steel along the edges and reinforcement in the middle of. The rods of the reinforcement must be placed so that the distance between them does not exceed 2 cm, otherwise small firewood will fail; Stage 8 Stage 9
• cut a round hole under the chimney on the upper surface of the device; Stage 10
• If desired, you can organize a chimney on the side so that you can use the upper part of the bourgeois as a hob, it will look like this:

• lower the chimneine pipe into the upper hole and brew; Stage 11
• clean all the irregularities and defects on the surface of the device;
• paint the finished device with heat -resistant paint.
• Bourgeois from wheeled disks – ready!

It is important to keep in mind that the unique alloy disc composition is not standard for welding when producing such bourgeoisies. As a result, the following guidelines must be followed when connecting the discs:

• At a time, welding of only two conjugated parts is allowed, the entire device is prohibited at once;
• After the seam has formed, parts with cooked edges need to be left alone for about 3 to 5 minutes so that resorption of the residual internal voltage is resorbed;
• There should be no visible defects on the surface of the weld: cracks, spray, shells or bubbles.

Preparation of tools

If you choose to use car discs to create a hearth for a cauldron or regular furnace, you must be mindful of the availability of certain tools. You should specifically mention the following:

• welding machine;
• electric drill;
• chisel;
• sledgehammer;
• discs;
• painting brush;
• ruler;
• grinder;
• hacksaw for metal;
• hammer;
• file;
• pliers;
• roulette.

Notably, practically all of the executed disk models will be figurative, which is highly practical given that this design can be applied in a public restroom or a bathhouse. It is best to use steel with a diameter that ranges from 40 to 50 cm. They may be 25 cm tall. Similar to the bath stove, the cauldron’s hearth cannot be constructed from aluminum discs or those based on aluminum alloys.

How to make a stove from a bath for a bath with your own hands

The heating structure in the bathhouse is the most challenging version of the bourgeois from disks that you can do by hand. With heated wet air, it is utilized to create a medium-sized sauna. The foundation of the Bath stove is a brick firebox.

Although the heating system’s structure is a little more intricate than a straightforward horizontal bourgeois of disks, you can still do it on your own.

Install a brick furnace first. The diameter of the wheels is used to calculate the dimensions of the foundation and the masonry. Because the furnace is typically 625 x 625 mm in size, standard automobile wheels are typically utilized. It should have a cast foundation underneath it.

The firebox is divided into two sections functionally, so you will need to plan ahead for the masonry. Solid fuel materials should be thrown on top, and cold air from the locker room should come from below.

Drawing of a bath drive oven.

Weld the structure once the firebox has been constructed. Four disks make up this set. Struts and a reflector are fitted in the Nizhny to ensure even and seamless air circulation and superior heating of the capacity.

A metal pipe is installed in the center to remove smoke, and the third disk is welded to allow stones to be arranged inside. To secure the structure, legs connect the second and third discs. The third wheel’s lower section is where the smoke transmission pipe is fastened.

For the purpose of heating water, an air dissect is placed atop the second disk. There are two metal legs attached to the cutter. Warm water is stored in the tank located on top of the disc. It is fitted with a convenient-length pipe and has a mounted tap.

In the middle is a pipe that extracts smoke. Struts are used to secure the chimney to the support location. There is a sheet of galvanized iron beneath the support site.

Here is a general plan for welding discs into a furnace. Let’s take a closer look at the subtle differences in how each component of the structure was made.

Water container

A single wheel makes up a container for water. In order to accomplish this, the bottom and upper portions must be cooked so that the hole matches the pipe’s diameter and the standard 16 cm is left in the center.

Additionally, a precise and even seam is necessary to prevent water from leaking out of the container and to raise doubts about the design’s dependability.

You must weld the pipe after welding the container, and you can test the quality of the welding by placing a piece of water there.

Arrangement of the heater and the upper part of the furnace

There needs to be a cutter or reflector in every intermediary disk for thorough and excellent heating of water and stones. A kamenka is a smoke-pacifying container with a pipe in the middle. The bottom must be fully cooked before installing the pipe and fastening the container to the furnace’s upper section.

The air for heating the tank is installed inside the pipe, which is attached to the third disk, or the upper portion of the firebox.

Foundation and brickwork

The furnace’s foundation should be a single piece that extends slightly beyond the walls. A 700 x 700 mm foundation is the average size. The firebox is split into two equal sections: the solid fuel materials are thrown into the steam room, and fresh air is supplied at the floor level of the locker room.

In both scenarios, a combustion structure is installed between the levels, and metal doors are fastened to them.

Assembly of the stove

Working diagram of a stove.

The furnace and welding components should be laid first when assembling the stove. The bottoms of the water and stone structures are welded to them after the internal components of the structure, such as the cutter and air reflector, are installed.

The pipes for the smoke extraction are then installed, and the remaining components are connected to one another next. A required test run of the furnace must be performed following complete design assembly.

A properly prepared stove will not emit smoke and will ensure that the containers are heated evenly. Good masonry will always have air moving through it, which promotes quick heating and extended combustion.

Features of the furnace from discs for baths and saunas

The furnace is built above and has pipes for a sauna and bath. This is how a stove of this kind will appear.

A few things to consider when building a bathhouse are as follows:

• The discs are metal, and this material is very heated, therefore, around the stove itself, it is necessary to make a brickwork to protect the walls from fire.
• The welds should be approached very carefully. If the seams and existing holes are poorly brewed, then the bath stove will smoke and skip sparks.
• So that the stove from the disks for a bathhouse or sauna lasts longer, it must be covered with special materials that protect against corrosion and rust.
• In the manufacture of the stove, it is necessary to provide an additional reservoir where the stones will be located. In the photo, such a tank is located on the second disk.
• So that the stove remains hoter, you need a valve. For her, it is necessary to make a small cut at the very top. The valve must completely block the output of hot air.

This stove, made of car discs, is meant to be used exclusively on public roads.

The stove’s primary component is ready; its use is what matters next. To make it higher, many weld the bourgeoisie’s legs together. To carry it more conveniently, generally, to whom and what will allow fantasy, some people make a stove with pens.

How to make a stove from a bath for a bath with your own hands

Initially, the discs must be prepped by using a grinder to remove any trash, rust, or paint residue. Following that, you can start manufacturing the structure while following the specified order of work for each step.

Water container

Two wheeled disks are used to arrange the upper chamber of the future stove. This tank’s water will warm up, so it needs to be sealed. In order to accomplish this, the fastener center plates are cut into two disks using a grinder until only the rims remain. They fit together and fuse together.

Cutting through the disk’s core

A movable barrier or a metal lid closes the upper portion of the tank. You can combine these two options for added security by welding a larger cover segment tightly, leaving only a small opening that can be folded or slid for the water to enter the tank. The bottom of the camera is welded with a metal plate that was cut out of the sheet.

Upper stove apparatus

Following the welding process, the chimney pipe’s diameter is punctured through in the top and bottom sections of the container. It should closely overlap the walls as it passes through the entire tank and exits through the bottom. For the purpose of draining hot water, a thin tube that is positioned in the very bottom of the container and inclined toward the floor is closed with a crane.

Take note: Make sure the tank is tight. Pour water into it and carefully inspect the leaks’ crevices, paying close attention to the joints where the container’s walls and the pipe slots meet.

If the flaws are found, they must be welded out, but not before the tank has been dried out and the water removed.

Arrangement of the heater and the upper part of the furnace

You have to make a furnace cover and a stump out of the two wheel discs that are left. One core is removed, leaving the other intact. The blanks are stacked one on top of the other and fused together so that the hub of the entire disk is in the center, serving as the lattice’s function. Stones are poured into the open top of the container. The operation of the upper portion of the furnace will be carried out by the lower section of the cylinder.

The best natural round stones for the stove arrangement are perididitis, basalt, and diabase, which are commonly used in saunas and baths. However, their current price is pretty high. As a result, you can look for stove material at the closest reservoir because these stones have successfully undergone sun and moisture hardening. A dark-colored breed with a non-thorough structure is the best choice.

The top stones for fireplaces

Take note: The high temperatures in the stove gradually erode the stones, even though they do so slowly. Moreover, this makes it challenging to pass smoke. Consequently, the stove’s contents should be rearranged and sorted on a regular basis.

Foundation and brickwork

Installing a wheeled disc furnace for a bathhouse on a sturdy, fire-resistant foundation is advised. Its upper surface is lined with brick that resists fire, and it can be constructed using a reinforced concrete screed.

You can move on to the furnace’s bottom once the base has dried. For a stove measuring 62 by 62 centimeters, you will require sixty pieces of red heat-resistant bricks. They are placed on a square and secured with clay and water that has been diluted. Don’t forget to include a hole beneath the door and a blowing cavity. Fix the grate of the grate on top of the masonry.

Assembly of the stove

The structure is put together piece by piece.Doors cut out of metal sheets close the firebox and the blown, and the metal portion is attached to the brick.

The stove-kamenka stove schematic for a wheeled bath

Speaking of which, It is advisable to equip the door with a pen of one large bolt for comfortable use. Additionally, to prevent the firewood or coals from inadvertently falling out, a small loop and a narrow metal plate serve as jaws.

The upper portion of the chimney is spent through the water tank, and the second section of the pipe is welded and sewn in proximity to the hub’s central hole, which is situated between the firebox and the stove. The heater has two layers of stones: large and medium below, and small on top.

Metal channel is welded to the rim of the water tank and stove, and it is positioned at a slight angle to the upper part of the case, strengthening the structure. The pipe, which has a damper, is on display in a chimney-fired brick.

In just one hour, the steam room and the water in the tank will be heated by such a stove.

Useful tips

1. It is important to lay in the place of welding High -quality seam – no defect should be noticeable on it.
2. Working with a welding machine, you can’t immediately try to cook everything – The work is done in stages. Having cooked the details together, you need to wait for the cooling of the seam to the temperature of the touch.
3. When assembling the structure, do not forget that for the proper operation of the furnace it is important to provide The size of the furnace chamber for the type of fuel, which you plan to use.
4. After completion of work, it is necessary test the design and eliminate the identified shortcomings.

Take note! All welding work needs to be done with safety precautions in mind, wearing a mask and protective clothes. Wait until the details cool before handling them.

Materials Needed	Step-by-Step Instructions
Car discs (2)	1. Clean the car discs thoroughly to remove any dirt or debris.
Angle grinder with cutting disc	2. Using an angle grinder with a cutting disc, cut one of the discs into three equal parts.
Welding machine and electrodes	3. Weld the three cut pieces onto the intact disc, evenly spaced apart, to create a chimney-like structure.
Steel pipe or chimney flue	4. Attach a steel pipe or chimney flue to the center of the intact disc, extending upward to vent smoke.
Fire-resistant paint (optional)	5. Optionally, paint the stove with fire-resistant paint for added durability and aesthetic appeal.
Bricks or concrete blocks (for base)	6. Place the stove on a sturdy base made of bricks or concrete blocks, ensuring stability.

Building a DIY stove out of car discs for a bathhouse can be a satisfying project that provides warmth and a comfortable ambiance. Reusing materials such as automobile discs not only shows resourcefulness but also minimizes waste. With this project, you can personalize your bathhouse by fitting your stove to its exact specifications and style.

The affordability of building your own stove is one of its main benefits. Car disc purchases can be made for a reasonable price, particularly when weighed against the cost of a prefabricated stove. You also get the satisfaction of knowing that you used your hands to build something useful. But it’s crucial to make sure the materials you use are appropriate for the high temperatures the stove produces.

The most important consideration when building your stove should be safety. Make sure you abide by any local laws or ordinances pertaining to wood-burning stoves. It is essential to have adequate ventilation to stop dangerous gases like carbon monoxide from building up. In order to avoid mishaps and shield your bathhouse from heat damage, you should also install heat shields and use fireproof materials near the stove.

For your stove to last a long time and operate efficiently, regular maintenance is required after it is constructed and installed. Frequent cleaning of the stovepipe and chimney helps stop creosote buildup, which can cause chimney fires. It’s crucial to keep an eye on the stove’s condition and replace any worn-out or damaged parts as needed. Your DIY stove can give your bathhouse years of warmth and pleasure if you take good care of it.

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