Projects and construction of a frame bath. Projects and construction of a frame bath Shower wall size

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The foundation is support-column. 4 blocks 200x200x400 in a cabinet on cement screed. The cabinets are installed on compacted sand cushion. Sand (or ASG) is provided by the customer.
Waterproofing of the FOUNDATION pedestals is roofing material in one layer.
Strapping - timber natural humidity(spruce/pine AB) with a section of 150*100 mm. Along the outer perimeter the strapping is laid in two rows.
Floor joists - chamber-drying board (spruce/pine AB) with a section of 150x40 mm, with a pitch of 600 mm.
Subfloor - edged board chamber drying (spruce/pine AB) with a section of 19/22*100/150mm. Vapor and waterproofing - NANOIZOL S.
The piping, joists and subfloor are treated with the protective non-washable composition NEOMID.
Floor insulation - min. KNAUF/URSA cotton wool 100 mm thick. Vapor barrier - NANOIZOL "V".
Finish floor of the first floor, attic (if there is one according to the project) - tongue and groove batten chamber drying (pine AB) 36mm thick. Every fifth board is fastened with self-tapping screws (for the possibility of re-upholstering the floors in the future).
External walls and gables - frame made of chamber-drying timber (spruce/pine AB) with a cross-section of 40x100mm. The frame is treated with the fire-bioprotective composition NEOMID.
External cladding walls, gables - chamber-drying lining (spruce/pine AB) 15-17 mm thick. Wind and moisture protection - NANOIZOL A. Counter grill - bar 20*40 mm. Ventilation gap - 20 mm.
Wall insulation - ROKVUL basalt slabs, 100 mm thick. Vapor barrier - NANOIZOL V.
Internal lining walls - chamber drying lining (spruce/pine AB) 12.5*96mm. Counter rail - 10*30 mm. Ventilation gap - 10 mm.
Partitions - frame made of chamber-dried timber (spruce/pine AB) with a cross-section of 40x75mm. The frame is treated with the fire-bioprotective composition NEOMID.
Heat and noise insulation of partitions - ROKVUL basalt slabs 50 mm thick. Vapor barrier - NANOIZOL V.
Sheathing of partitions - chamber-drying lining (spruce/pine AB) 12.5 * 96 mm, along racks.
Finishing the walls and ceiling of the steam room is chamber-drying lining (aspen AB) 14*90 mm. Counter rail 10*30 mm. Ventilation gap - 10 mm. Heat-reflecting insulation on a foil base - NANOIZOL FB.
Installation of the ERMAK 12 stove with a hanging tank (stainless steel 35 l) for heating water. The base of the oven is made of bricks on edge in one row. Cutting the combustion portal - brick. Fire insulation - ROKWOOL basalt slabs, basalt cardboard, protective screens and flush sheets made of smooth galvanized steel sheets, ceiling and roof passages.
The chimney is vertical. Sandwich pipes 115*200 mm with an outer contour made of galvanized steel. Gate valve.
Installation in a washing room shower tray 800*800 mm with siphon. Exiting the drain outside the perimeter of the bathhouse.
The finishing of the walls and ceiling around the pallet is PVC lining. White color.
The clear ceiling height of the first floor (from floor to ceiling) is 2.20 m for one-story baths. The ceiling height of the first floor is 2.30 and the attic is 2.20 m, for baths with an attic.
The staircase to the second floor (for baths with an attic) is on strings made of planed timber, with steps made of floorboards. Handrail and fencing in the attic made of planed timber 40*100 mm.
The ceiling lining of the GROUND FLOOR (except for the steam room) is chamber-drying lining (spruce/pine AB) 12.5*96 mm. Counter rail - 10*30 mm. Ventilation gap - 10 mm.
Floor insulation - min. KNAUF/URSA cotton wool, 100 mm thick. Vapor barrier - NANOIZOL V.
The roof is gable, mansard (broken) or multi-gable (several slopes) depending on the project.
The height of the roof at the ridge is 1.20 m (for one-story baths). Roof height at the ridge - 3.50 m (for bathhouses with an attic)
Insulation of attic walls (for baths with an attic) - ROKVUL basalt slabs 100 mm. Vapor barrier - NANOIZOL V.
Insulating the attic ceiling - mineral wool KNAUF/URSA 100 mm thick. Vapor barrier - NANOIZOL V.
Finishing the walls and ceiling of the attic - chamber-drying lining (spruce/pine AB) 12.5 * 96 mm. Sewn along the rafters through the Nanoizol V membrane.
Rafters - trusses made of chamber-dried boards (spruce/pine AB) with a cross-section of 40*100/150 mm. The rafters are installed in increments of 800 mm.
Roof sheathing - chamber drying board (spruce/pine AB) 22/25*100/150mm. Counter grille - block 20*40 mm.
Rafters, sheathing and counter-lattice are treated with the fire-bioprotective composition NEOMID.
Covering - ONDULIN (burgundy, brown, green) or galvanized corrugated sheeting.
Eaves and roof overhangs with a width of 200 mm (for one-story bathhouses) and 300 mm (for bathhouses with an attic) are lined with chamber-drying lining (spruce/pine AB) 17*90 mm.
The windows are wooden. Double glazing on silicone sealant, through an aluminum strip. Inward opening doors. Screw-in hinges, twist locks. Dimensions (height*width): 1200*600/1000/1200/1500mm; 600*600 mm, 400*400 mm.
Entrance door, interior doors- wooden, paneled, polished (spruce/pine A). Size (height*width) 1800x800 mm - for one-story baths, 2000*800 mm - for baths with an attic. Handles, hinges. Entrance door with lock.
The doors to the steam room and washing room are bath frame (aspen A). Size (height*width) 1750*750 mm. Handles, hinges.
Windows and doors are installed in mounting boxes. Technological gaps are filled with polyurethane foam.
Open terrace, porch (if available). Supports - planed timber (spruce/pine AB) with a section of 100*100 mm. The fencing is planed timber (spruce/pine AB) with a cross-section of 40*100 mm filled with carved (flat) balusters. The floor is a dry tongue-and-groove floorboard (spruce/pine AB) 36mm thick. They are attached with self-tapping screws to each board. The boards are laid in 5 mm increments. Ceiling - lining (spruce/pine AB) 17*90 mm.
Sealing of corners, joints, abutments - plinth (spruce/pine, aspen AB) 40/45mm.
Finishing windows, doors - platband (spruce/pine, aspen AB) on both sides.
Hardware: black construction nails, galvanized construction and finishing nails, self-tapping screws, galvanized steel perforated fasteners (corners, plates)
Delivery up to 400 km from our base (https://www.google.ru/maps/@58.5898152,35.7784028,13z) + unloading of the house kit.
Assembly of the bathhouse at the customer's site.
BONUS: accessories for the steam room. Stones for the stove - gabbro-diabase 40 kg.

Project Description

Characteristics

Construction type:

Frame bath

First floor height:

280 cm

Wood:

Pine

Humidity:

Atmospheric drying

Wall kit

Ground floor

Foundation waterproofing
Low tides
Drainage system
Insulation
Interfloor ceilings
Interior partitions

Interfloor staircase

Exterior finishing
Interior decoration
Subfloors
Finish floors
Entrance doors
Window
Interior doors
Fire protection
Communications
Delivery of materials

Brigade accommodation

Garbage removal
Guarantee
Porch

Characteristics

Foundation: Along the internal contour of the bath, according to the level, they are set aerated concrete blocks- 8 pcs.
Reinforced frame: Twenty load-bearing racks made of a metal frame (metal corner 63mm), made of timber with a cross-section (100x50mm).
Exterior finishing: Covering the wall sheathing with foam insulation, covering the walls with clapboard (grade A pine). Installation of windows according to the project, installation of doors according to the project. Wooden corners are mounted at the corners to give the bath an aesthetic appearance.
Internal partitions: Internal partitions are mounted from three load-bearing posts made of 100x50mm timber. Covered with steam-waterproofing.
Interior decoration: Laying insulation (mineral plate 100mm), foam insulation. In the steam room, the walls and ceiling are additionally covered with foil film with a reflective effect. The cladding of all walls and ceilings in the washing room and rest room is lining (grade A pine). All walls and ceilings are covered in steam lining (Linden grade A).
Floor: Floor insulation in the rest room - 100mm mineral slab - covered with vapor-waterproofing. Installation of finished floors (36mm tongue and groove board) in a washing room - with a negative rolling degree to drain water into the holes.
Shelves: In the steam room, a stepped canopy is installed from a polished 25mm LIPA canopy board (grade A). The width of the upper canopy is 60 cm, the lower shelf is located at a distance of 45 cm from the floor. The distance between the shelves is 55 cm.
Interior doors: In the steam room and washing room they are installed wooden doors(linden grade A), dimensions – 180x70mm.
Electrical wires: VVG 2x2.5mm, run into a corrugated channel and laid inside the walls. Output of points to the rest room, washing room, steam room. The power socket outlet is mounted on the outer side of the bathhouse.
Electrical equipment: LED lamps in the rest room and washing room – 2 pcs. Glass lamp with ceramic base in the steam room – 1 pc. Triple switch (for each room) – 1 pc. Safety circuit breaker - rated current: 16 A. Double socket for 220V – 1 piece.
Ventilation: A wooden ventilation system is installed in the steam room. pivot window, dimensions 30x30mm.
Stove: The stove is included in any sauna package. Oven – Teplodar RUSS 12-18L. Installed to the partition wall. The walls are finished with fire-retardant material and covered with a zinc screen. Supply of firewood from the washing room or rest room.
Tank: A 60L tank is installed on the stove.
Chimney: To remove smoke through the roof, a transition damper and a sandwich pipe are installed on the tank. All cracks and gaps are closed with additional parts of the chimney system.
Roofing: Zinc corrugated sheet MP-20, 05mm. Ridge 200mm.
Mounting loops: The EKODOM LLC company has been honing its skills in the construction of bathhouses for many years. And in order for the bathhouse to have a very beautiful aesthetic appearance. We have removed the mounting loops from the bathhouse modification. To transport the bath, we use long towel ropes.
Delivery and installation: Delivery and installation in the city of Nizhnevartovsk, and 15 km from the city, is free. From above 15 km from the city of Nizhnevartovsk - 100 rubles/one kilometer.

Economic situation in modern world extremely unstable. Many people have to plan their budget for many months in advance and often save on their expenses. A person who decides to engage in individual construction has to choose options for economy-class construction technologies.

Project frame bath 6x3m with layout

Increasingly, when wanting to build at home, people stop at technology frame construction. Now in easy access you can find any projects of frame baths from the smallest - 2x4 or 6x3 m in size, medium - 6x5 or 6x6 m in size to solid ones - already 6x8 m in area. The technology allows you to build both two-story baths and.

It is impossible not to dwell on a number of features and even advantages of frame baths:

If building a frame bathhouse with your own hands is still beyond your capabilities, in this case there are many options already ready-made baths"turnkey" from manufacturing plants.

So, for example, a turnkey frame bathhouse 6x3 m will cost its new owner about 140 thousand rubles, bathhouses measuring 6x5 m cost from 240 thousand rubles. But for these funds the customer will receive a ready-to-use structure within 2 weeks.

Preparation for work

If you have already decided to build a bathhouse yourself, then you should outline a construction plan.

Option for the design and layout of the frame two-story bathhouse 6x6 m

Planning the construction of a future bathhouse is best divided into stages.

Choosing a site for construction

Selection of oven

An important issue is the choice of stove (gas or wood-burning). Its power also matters. Bathhouses with dimensions of 6x5, 6x6, 6x8 m do not require the purchase of a powerful stove, but if these are two-story buildings or a frame bathhouse with an attic, then it is worth thinking about a more serious device.

Project of a frame bathhouse 6x8 m with an attic

It is always worth remembering not only comfort, but also maintenance costs. So, heating costs increase with size. One-story bathhouse 6x6 m in size will always consume much less than two floors 6x8 m;

Bathhouse project, ventilation and chimney

To comply with the necessary standards, it is worth purchasing. As a rule, specialized companies always have standard drawings available for the smallest bathhouses measuring 4x2, for large two-story buildings 6x8 or bathhouses measuring 6x6 m. The only thing that distinguishes them is the cost.

To prevent the appearance of mold and fungi in the bathhouse premises, it is worth considering the supply and exhaust system ventilation.

You should definitely think about how to properly and competently finish the area around the stove.

Set of tools

Immediately before starting construction, you need to purchase all the necessary tools.

A complete set of tools for frame construction

Purchase of building materials

At the end of the work planning, according to the project, you should purchase all required material. There are two ways to build a bathhouse. To build frame bath, for example, 6x6 m in size, it is enough to order the entire structure at the factory according to the project and then simply assemble it later. Moreover, many note that in some cases this option is even cheaper than when a person builds everything himself. The second option is to calculate everything yourself.

Upon completion preparatory work The most interesting stage begins - the construction of the bathhouse itself.

They built a house for me in 2018, according to my design, by professionals in their field. The project itself is somewhat more expensive compared to its competitors, but in our village they built one more house and the owners were satisfied.

We ordered the construction of a bathhouse, they completed it in the shortest possible time, without any complaints about the work of the team.

The full cycle from material production to house assembly is organized perfectly. Quality, professionalism top level. I recommend.

It is very important to find your own manager who will advise not only when concluding a contract, but also during construction. We talked with Igor, as a result, the bathhouse is ready on the site, we are using it, everything is fine. Thank you.

Great houses, great service! They told us everything and helped us with the choice. You can see everything live - we went to a facility under construction roughly similar to ours, where we saw how they work, only after that we decided to build. We thank the managers and builders for their patience in answering all the questions!

In 2018 we ordered a bathhouse. We are very pleased with the work of the employees of this company. Starting with the estimate and ending with the construction team. We were lucky because of the promotion and received a sauna stove as a gift!

Thank you for the house with a sauna. The website lists some prices, but in reality it turns out to be more. But it’s understandable that the price indicated is for the very minimum, like everyone else on the Internet, if you want comfort, pay extra for extras. In general, “thank you” to the builders.

Important clarification! The project was not made for publication, this page was created only so that records and calculations are always at hand.
I looked at the site statistics, people visit the page, and what was a surprise to me, they download...
For this reason, I have to warn you.
I am not a builder, I made calculations on the load-bearing capacity of rafters and floors based on available information on the Internet. So, if you suddenly decide to build according to this project, then it is at your own peril and risk.
It's better to contact a small construction company, they will build it quickly and inexpensively, From the recommendations - es-spb.rf.
Well, basically, the bathhouse box (currently a temporary hut) is standing and has overwintered normally. As the work progressed, minor changes were made to the project, because... I didn’t plan to keep any reports, and I finished construction last year, I only remember replacing the window with a larger one, and using other steam and windproof films.
The estimate, of course, has increased, but not significantly.

Stove - "Baby" Steam with a closed heater from the Feringer plant. Steam room with a volume of 10.7 cubic meters.
Washing compartment with an area of 6.75 sq.m. Two thirds of which are allocated for “wet” procedures.
At first, it will be used as a temporary shelter. Therefore, construction will be in two stages.
1. Frame with insulation and external finishing. Possibly a wall between the steam room and the washing room. The shower can be done right away, all the interior decoration is made of hardboard.
"Steam room" - a bedroom, you can put a simple stove, for example, like this
If you don’t have a shower, you can organize a storage room there. Lay linoleum on the floor of the entire room.
2. After building the house, internal partitions are installed, the steam room is finished with imitation timber, the washing compartment is finished with clapboard and plastic panels.
There is porcelain tile on the floor, lining and linoleum in the vestibule. For now, the water supply is planned to be autonomous, i.e. in the attic, there will be tanks for cold water

and heated shower. They will be drawn up with a hose from a pump in the well.

The first stage is temporary

Second stage - bath

Columnar foundation
We mark and dig holes 0.6 by 0.6 and approximately 0.4 m deep (maybe 0.5 m each). Level the site with a slight slope towards the ditch
We lay drainage. The pipe can only be laid around the perimeter, the middle can be made with old skirting boards (do not throw it away)
We assemble the formwork from chipboard, which is in the barn; if there is not enough, I dismantle the shelves. In the first formwork, we cut out boxes from roofing felt. First, we make the lower platform by cementing reinforcement in it. No earlier than two days later, we make the formwork for the upper part and fill in the rest according to the level. At least in corner posts, remove the pins to fix the lower trim.
We cover it with film between the cabinets, sprinkle it with sand or ASG.
We wait at least two weeks.

General form

Dimensions

Armature

Knitting pattern. For one cabinet - 6 pcs. 300 mm each. and 3 pcs. 200 mm each.

Drainage and drainage

Approximate location

Materials

Bottom harness

Treat the boards for the bottom trim with an antiseptic and leave to dry for a week. Antiseptic, you can try to make it yourself.
Then we assemble the harness, starting from the outer contour. Interior with a central beam is assembled as follows:

We cut two 1340 boards and nail them on one side (bottom in the diagram).
We nail a 5840 board to their end, then nail a second 5840 to this board.
And only after that we attach the remaining 1340

All boards are cut in place. We lay the remains of roofing felt under the linings.
Afterwards, we stretch the strapping with wood grouse, at intervals of approximately 300 mm.

ADDITIONS

We nail a mouse net onto the harness to hold the floor insulation. To make it more convenient to work later, you will have to lay the floor on the “platform”, at least temporarily.

General form

Bottom trim drawing

Bottom trim materials

Platform

We also treat these boards with an antiseptic.
The connections on which the beams will be supported are marked in blue.

ADDITIONS

I don’t do nonsense, I don’t make blue inserts. I’ll install solid wall studs right away (don’t forget to count them)

General view of the platform

Platform drawing

Sawing

Walls

The frame under the window is currently as shown in the diagram, since the window will probably be wider, you will have to move the racks apart, install the upper crossbar and support posts under the frame, cutting the lower crossbar into them.

ADDITIONS

Racks (2 pcs.) for the walls of the shower and steam room (to support the ridge beam) will have a length of 3080 mm. (not 3000 mm as in the diagram) and rely on bottom trim. Although the size may vary, it is therefore better to first install the ridge beam, and then adjust the height of the posts.
And in the wall rack of the steam room, you will have to cut a groove for the joist
Don't forget to redraw

First wall

General view of the western wall

Dimensions of the eastern wall

General view of the wall

Side wall dimensions

General view of the walls

Shower wall size

General form

Lathing for cross insulation

General view (without shower wall)

Sawing on four walls

Rafter system

The length of the rafter extension under the canopy above front door, most likely you will have to adjust it if the roof is made of metal tiles and not corrugated sheets. (length of lumber allows increasing by 300 mm.)
As an option, do not touch the rafters of the canopy, but lengthen the short rafters (7 pieces), by about 3 cm, or by this distance, remove the first board of the sheathing (but then there will be problems with installing the eaves strip)
In short, you need to look locally, everything will depend on the pitch of the wave.

Overhangs (or rather, their power elements) at the ends in the drawing are rounded to 1 m. In practice, they will be shorter. With a useful width of the roofing sheet of 1100 mm. They will protrude (with the cornice strip) by 300 mm.
Before making these elements, you will need to lay out and measure the roofing material

Rafter dimensions

Rafter sawing

General form

Inserts

Roof

All sizes (also the cross-section of the boards) will need to be recalculated after purchase roofing material

Corrugated sheets are simpler and faster, metal tiles are more elegant and beautiful. For metal tiles, you may need to increase the height of the front boards (those that are 100, set them to 150) and use not a 50x50 beam, but something larger.

Lathing and counter lathing

Lathing sawing

General form

Frontal boards and extensions

Sawing

General form

№	Name	Qty
1	Edged board 25x150x6000 mm e/h.xv/p. (grade 1-3 business)	7 pcs.
2		27 pcs.
3	Beam 50x50x6000 mm (or one board 100x50)	2 pcs.
4	Nails 90 mm.	30 pcs.
5	Nails 80 mm.	330 pcs.
6	Nails 60 mm.	350 pcs.
7	Hydro-vapor barrier Isostrong D (70 sq.m.)	1 PC.
8	Titanium white MA-15	2 pcs.
9	Round brush 40 mm	1 PC.
10	Metal tile 1.18x2.25 m RAL 3009	12 pcs.
11	Metal tile 1.18x1.15 m RAL 3009	2 pcs.
12	Roofing screws with drill	250 pcs.

Siding

To ease your conscience (so that the insulation does not stick out), you can attach plastic tape for greenhouses to the membrane, under the sheathing, in increments of 60 cm.

I will need to put bevels under the visor, size and location, I will look at the place. I will most likely make them from two boards, 100x40 and 100x25

The siding configuration may change, so at the door you can install a j-profile, and make the window with finishing bar. The number of panels is calculated for the size 3660x230

For cross insulation, you need to install the insulation before installing the siding

Lathing and counter lathing

Lathing sawing

Lathing and counter lathing

Final result

№	Name	Qty
1	Edged board 25x100x6000 mm e/h.hv/p. (1-3 grade business)	7 pcs.
2	Wind and moisture protection Isostrong A	1 PC.
3	Nails 60 mm.	400 pcs.
4	Greenhouse tape (50 m.)	2 pcs.
5	Siding Vinyl-On 3660x230 mm, vanilla	60 pcs.
6	Siding Vinyl-On initial profile (starting strip)	4 things.
7	Siding Vinyl-On J-profile	2 pcs.
8	Siding Vinyl-On H-profile connecting	1 PC.
9	Siding Vinyl-On external corner	4 things.
10	Siding Vinyl-On window profile	3 pcs.
10	Self-tapping screws "bugs" 16x4.2 mm	400 pcs.
11		2 pcs.

Floor

If the weather is rainy, it is better to let the entire structure stand for a month before continuing work.

Well, then, we lay down a windbreak, or just spanbox, and lay out the insulation in a running pattern. The film is only to prevent the insulation from blowing out.

We nail the board taking into account the joints of the OSB

Floor

General form

OSB

General form

Insulation, installation of partitions

First of all, we install insulation in those places where there will be inserts for fastening interior walls. We fasten the inserts and install the remaining insulation.

Well, only after this, we insulate the ceiling, para-insulate it, and cover it with hardboard. We cover the top of the insulation with a wind barrier.

Insulation calculation

Wall insulation area: 40.2 m2 ceiling: 16.79 m2 (18 completely)
Walls 2 layers of 50 mm each. Ceiling - 3 x 50. Pack of insulation - 5.76 sq.m.
Total: Walls - 80.4 m2 (14 packs). Ceiling - 50.37m2 (9 packs)

This should be enough, also from cross insulation should remain 1.74 m2.

Partitions

Wall near the stove

shower wall

Fibreboard layout

№	Name	Qty
1	Edged board 25x100x6000 mm e/h.hv/p. (1-3 grade business)	16 pcs.
2	Wind and moisture protection Isostrong A	1 PC.
3	Insulation ROCKWOOL Light Butts SCANDIC, 800x600x50 mm (5.76 sq.m)	23 pcs.
4	Nails 60 mm	300 pcs.
5	Greenhouse film (sleeve-1.5 m) 200 microns	26 p.m.
6	Guide profile 50x40 3 m	2 pcs.
7	Guide profile 100x40 3 m	2 pcs.
8	Rack profile 50x50 3 m	3 pcs.
9	Rack profile 100x50 3 m	3 pcs.
10	Board 40x100 (3 or 6 m.)	1 PC.
11	Plumbing bolts 6x70	2 pcs.
12	M6 washers	2 pcs.
13	Screws bugs	70 pcs.
14	Nails 80 mm.	50 pcs.
15	Nails 50 mm.	600 pcs.
16	nails 16 mm.	700 pcs.
17	Fiberboard 2745x1220x3.2 mm	16 pcs.

Estimate

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