How to cook a bathhouse from a pipe or cylinder

Imagine being able to unwind and relax in your very own private backyard bathhouse after a demanding workday. While it may seem impossible to build a bathhouse from the ground up, what if we told you that you could make one out of something as simple as a pipe or cylinder? You did indeed read correctly! This post will examine the intriguing realm of do-it-yourself bathtub building with easily accessible components like pipes and cylinders.

For any bathhouse to be both comfortable and effective, insulation and heating are two essential components to take into account. Cooking a bathhouse with a pipe or cylinder requires creative ways to heat and insulate to produce the ideal atmosphere for unwinding. This project offers a distinctive and fulfilling experience that you can enjoy for years to come, regardless of how experienced you are with do-it-yourself projects.

You may be wondering now how precisely one goes about turning an ordinary cylinder or pipe into a fully functional bathhouse. But do not worry! We’ll take you step-by-step through the entire process, from choosing the appropriate supplies to completing your masterpiece. You can quickly create your own custom-built retreat with a little imagination and some simple tools.

The versatility of pipes and cylinders is one of the main benefits when building a bathhouse. These round forms offer a strong basis for construction and are easily customizable to meet your needs. The cylindrical structure is a versatile option for do-it-yourselfers, as it can accommodate a variety of heating options, whether you prefer a traditional wood-fired sauna or a modern electric setup.

An inventive way to make use of materials and create a comfortable space for relaxation is to turn a pipe or cylinder into a bathhouse that is both practical and efficient. These cylindrical constructions can be repurposed to create a distinctive sauna that retains heat well and offers a cozy setting for steam sessions. This article will walk you through every step of building a pipe or cylinder bathhouse, from choosing the right materials to making sure you have enough insulation and ventilation. A sustainable and satisfying way to improve the comfort and enjoyment of your home is to build a bathhouse out of pipes, whether you’re a do-it-yourself enthusiast or just looking for a creative project.

Selecting a home -made stove design

Not only are metal bathtub furnaces made at home from pipes or cylinders, but they can also be welded from leaf steel, provided the supplier has it in stock. When it comes to these kinds of standards, a rectangular sheet is typically boiled better than a cylindrical one.

1. The complexity of manufacture. An iron pipe is a almost ready -made fuel, and the sheet metal still needs to be cut, cut into blanks and assembled into one by welding.
2. For the same reason, the price of a round product will be less, unless you do all the work yourself.
3. The cylindrical shape of the bath stove from the pipe is better in terms of heat transfer with the surrounding air.
4. Round section is always preferable to rectangular in terms of the movement of smoke gases.
5. The flat wall of the fuel chamber will last less and burn out faster than the pipe of the same thickness made from the same brand of steel.

There are two common approaches to solving the problem of creating a stove out of a pipe or gas cylinder: making the case vertically or horizontally. Every option has the right to life and comes with advantages and disadvantages. The vertical bath stove is a more horizontally compact option that fits well in small steam rooms where every square meter counts. However, and this is crucial, it is not as efficient in terms of heat transfer and combustion.

Further details regarding the designs of DIY long-burning busters can be found in the related article.

The majority of the heat during burning rises, weakening the side walls. Additionally, the metabolic surface area is tiny at the top, but heat is happy and rushes out through the chimney. The furnace’s horizontal design prevents certain processes from happening because the chimney pipe is far away and hot gases will partially heat the case’s semicircular vault en route to it.

A horizontal metal furnace that you cook with your hands from a pipe will always have a marginally higher efficiency than a vertical furnace.

A burning scenario akin to this. If you do not cover the air supply to the ash, the flame inside the vertical fuel covers the entire array of fuel. However, since the heat source’s job is to emit a lot of heat quickly, you cannot construct a bathhouse. The flame in the furnace extends from the front to the back, burning firewood more slowly and effectively. One small detail: this kind of heater requires more room and isn’t appropriate for any kind of steam room.

How to make a horizontal stove in a bathhouse

A wealth of information, including drawings and videos, about the production of various furnaces for a metal bath can be found online. There are frequent repetitions and incomplete and incomprehensible information. As a result, the image and drawings below show a functioning replica of the metal bathhouse, which was constructed by our project expert Vitaly Dashko using a 0.5 m diameter cylinder with 5 mm thick walls.

We will discover later that a bath heater that operates from a cylinder is more convenient to operate and can be made somewhat more easily. The same method can be used to cook the stove into the bathroom using the DN500 pipe (530 mm in diameter according to the external measurement).

You must get ready the following extra materials for work:

• sheet metal (steel 10-20) 4 mm thick – on the doors;
• asbestos cord – to seal the door;
• DN150 pipe segment for a chimney pipe;
• The reinforcement made of low -carbon steel periodic profile, a diameter of 16-20 mm is suitable;
• corner 25 x 3 mm;
• suitable metal roll for legs;
• door handles purchased.

Note: If you decide to build the same stove using the DN500 pipe, you will also require 5 mm thick sheet steel to install the fuel’s side walls.

Metal selection recommendations

Selecting the appropriate metal brand is essential if you want the bathhouse to be dependable and last for many years. Since these heat generators are typically gathered from homemade or store-bought materials, it is possible that high-carbon or alloyed steel will be present in the scraps, which is highly undesirable. Steel with a carbon content of no more than 2% is the best choice (ST10, ST20).

High-carbon metal welding can result in seams that break as soon as the components cool. Another thing to note is that this steel can be ordered to be exposed to high temperatures in the maximum mode of operation for the purpose of hardening. Weld deformation and rupture result from this. It’s also preferable to avoid getting in touch with alloy steels unless you are an experienced welder.

It’s easy to tell which metals are low in carbon. To examine the color and behavior of the sparks, the sheet’s edge must be brought up to the emery machine’s revolving circle. As seen in the above photo, they should pour straight and be a pale yellow color. A higher percentage of carbon is present in the material if the spark’s color is closer to white and it crumbles in several directions with many "stars." Iron is alloyed when it is dull orange, red, or white in color.

The order of work

It would be pointless to enumerate every tool needed for the job; the welding inverter, an angular grinder, and measurement tools should be sufficient. Additionally ideal is a gas cutter in place of a grinder. The factory weld of a portion of the cylinder’s side to the initial water filling is the first operation. We receive an open aperture for the stove fuel grates installation and the section that needs to have the doors installed.

Next, you must cut iron to fit the blanks in specific sizes, paying close attention to the metal bathhouse drawing:

An important note about the chimney pipe placement on the furnace housing. Do not fit it to the back, as some masters do, to prevent significant heat loss. It is preferable to make a hole and weld the pipe over it, as indicated in the drawing, backing away from the edge by at least 150 mm. By doing this, smoke gases will be able to make contact with the fuel’s back before leaving, providing the bathhouse’s interior with more intense heat.

To achieve the dimensions shown in the drawing, a grate made of reinforcement must be welded to two longitudinal rods many transversely at a step of 45 to 50 mm, as shown in the following photo:

The remainder of the grate is designed to be welded by electric welding to the interior walls of the fuel in this metal furnace for the bath. Galls should just rest on top rather than being firmly fixed to the corners, as seen in the furnace drawing in this context:

The openings where the door frame is installed are cut out in the case’s cut section. The canopies and purchased handles are attached to the doors after the ribs are welded to them from the inside. The space between the ribs is filled with a sealing asbestos cord. It is preferable to install the grate and hermetically seal the cut portion of a homemade furnace before mounting the doors.

A slight rise in the throat is created by the cylinder’s side rounding, which is visible from the inside in front of the ash door. Because of him, ash is simple to remove from a metal furnace for a bath made of a cylinder with your hands. Here, a homemade stove from the pipe will have an unsightly threshold, so the door should be as low as possible.

The expert suggests covering the body with a mesh and packing it full of stones to prevent exposure to the harsh infrared radiation that comes from hot metal walls and to comply with bathhouse regulations. To put it simply, to surround the stove with a homemade version from all sides but the front. No stones will fit for filling, but the following are suggested for the bath:

• talcohlite;
• basalt;
• river pebbles;
• white or raspberry quartzite;
• Gabbro Diabaz.

Bourgeois with a remote firebox

It was inconvenient at times because the previous heater’s design required flooding the bath from the steam room’s interior. Many factory models are available for purchase with what is known as a "remote firebox," which enables you to perform all manipulations from the dressing room, which is the adjacent room. You can also store firewood there in peace.

Anyone with the skills to construct a homemade metal stove out of pipe can readily weld to it and add remote fuel if needed. Only the doors are installed on the front portion of the furnace that has been artificially extended forward, keeping the work algorithm intact. The drawing depicts a metal furnace for the bath in detail and shows its size:

Note: The overall length of the case and an independent projecting structure may differ based on the heater’s installation conditions (wall thickness, steam room, etc.). The video explains how a stove with a drawer that is similar to this one is actually welded together.

By opening the ash chamber door, the amount of air for combustion can be adjusted in both of the structures that are being shown. If a straightforward device is integrated with a spring-loaded damper in the door, regulation can be maximized. It is simple to construct using a thin metal piece and a pipe segment with a diameter of 57 or 76 mm. A 6 mm hole is drilled in the pipe, an axis made of the same wire is inserted there, and a metal damper is welded to it. As seen in the figure, the axis’ end is secured by a nut and spring.

A vertical type -stove

You cannot ignore the demand for vertical iron stoves made of pipes among bath enthusiasts. Furthermore, there are a lot of materials available on the Internet about the assembly of different common bourgeois groups; it would be pointless to repeat them here. However, some products are unique enough to draw attention. One such product is a stove that was made at home and is a boiler with a built-in stove. The design is shown below:

The unit’s vertical case, which houses a fuel tank, stove, and water heater tank, effectively addresses the issue of limited space in the steam room. It’s true that the combustion chamber has a limited capacity and that you will need to make multiple downloads in order to fuel the bath, but this is the price you pay for keeping a useful space. Once more, if desired, the fuel’s size can be increased by eliminating the water boiler or decreasing its volume.

Suggestions. You can choose each camera and the bath furnace’s overall height individually; the most important thing is to fill the firebox to the fullest. Then, one firewood laying will burn for a longer period of time.

The following is the process used to make a vertical heater:

1. Pruning and processing of the ends of the DN500 pipe, cutting the openings under the door.
2. Preparation of round metal blanks with a thickness of 5-10 mm on partitions, bottom and lid.
3. Processing of cut parts and manufacturing from them furnace doors.
4. Welding a grate from reinforcement.
5. Assembly of a metal bathhouse.

Initially, the housing has partitions welded into it, which are then thoroughly sparkled and a chimney pipe put through the holes in them. After the grater is in place, the bottom is welded on. There are two parts to the tank cover: one that is fixed firmly and the other that is attached to the canopies. After installing the metal stove, the tap needs to be screwed to the boiler’s lower section, where the water drain pipe needs to be cut. The following methods and techniques for producing work are demonstrated in detail in the video:

You’re going to be working on a novel and creative project if you’re thinking of constructing a bathhouse out of pipes or cylinders. These non-traditional materials have a number of benefits, such as affordability, ease of construction, and durability. You can turn pipes or cylinders into a useful and comfortable area for lounging in your backyard.

Excellent heat retention is one of the main advantages of using pipes or cylinders for your bathhouse. By effectively retaining heat, these materials let you design a cozy and welcoming interior for the bathhouse. Your bathing experience will be comfortable thanks to the insulated walls of the pipes or cylinders, whether you’re using modern electric heaters or more conventional wood-fired heating.

Furthermore, constructing a bathhouse out of pipes or cylinders can be an environmentally friendly option. You’re cutting waste and lessening your environmental impact by reusing these materials. This environmentally friendly method not only helps the environment but also gives your bathhouse a distinctive charm that highlights your inventiveness and resourcefulness.

In addition, building a bathhouse out of pipes or cylinders allows for design flexibility. The layout, size, and shape can all be changed to suit your needs and the available space. You can realize your vision with these materials’ versatility, whether it’s a small sauna-style bathhouse or a large retreat with several rooms.

Finally, constructing a bathhouse out of pipes or cylinders offers a unique chance to design a haven in your own backyard. Pipes and cylinders present a strong substitute for conventional building materials due to their robustness, capacity to retain heat, sustainability, and adaptability in design. Whether you’re a do-it-yourselfer or hiring a contractor, this creative method should provide a restful and revitalizing area for many years to come.

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