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Telephon

+48 13 491 50 86


e-mail address

poczta@domzbieszczad.pl


Wooden houses
F.P.H.U. Dom z Bieszczad s.c.
Full seson timber log houses
spring
Timber log houses Designes timber log houses projects
Wooden houses
F.P.H.U. Dom z Bieszczad s.c.
Full seson timber log houses
summer
Wooden houses
F.P.H.U. Dom z Bieszczad s.c.
Full seson timber log houses
autumn
Wooden houses
F.P.H.U. Dom z Bieszczad s.c.
Full seson timber log houses
winter
ISO F9001 certyficate

Production technology

Our company during production whether Timber log houses or other fittings like wood floor, stairs, gives a big weight to quality of work. In this section we want to illustrate you our production technology and methods of assembling which we apply during manufacturing of the Timber log houses.

The whole timber used during production of the Timber log houses is seasoning, and then brewing and drying in drying rooms to obtain the humidity in between 6 and 16 %. It depends from section and destination of the elements. After ending of drying process, timber is carrying to other room, where is dressing on industrial machinery. Because of that we can provide high quality of our product which is Timber log house.

In this moment we can propose you a rectangular log with the thickness of 9, 11 or 12cm and the height of 18cm, or half-rounded log with the thickness of 9 or 12cm and the height of 18cm. Both types of logs have double tongue-and-groove joints.

Elevation with timber half-rounde logs with double tongue-and-groove joint
Illustation of the external elevation - half-rounded log with double tongue-and-groove joint
  1. External elevation with half-rounded log
  2. Double tongue-and-groove joint

After obtaining the necessary shape and section of the timber logs we starts construction process in erection room. So, your timber log house is being built for the first time in our company (you can watch the whole course of works). After that we disassemble the house and grind by hand all of the visible elements. Then we start wood preservation process. Wood is bathing in special bathtubs. We use certified impregnants which protect wood against fungus, mildews, pests and delay ignition of wood, and are not washable by water. The last stage of work before sending house on site is covering all of the external walls and other elements run a risk of influence atmospheric mediums. We use professional impregnants SIGMA (currently second the biggest on the world producer of impregants, paints and lacquers) in any colour chosen by investor (there is a palette of eight colours). This treatment fully eliminates occurrence of dye penetrations, blue stains and other blooms which can spoiled good impression of the elevation. These impregnants do not allow wood to absorb the water. After completion of assembling all of the structural elements on site, all of the elements run a risk of influence atmospheric mediums are double sprayed with the use of SIGMA lacquers. These lacquers and impregnants are the highest quality and assigned only for industry use. Because of use so expanded and precise methods of wood preservation we achieve complex protection of timber. We do not lose anything with the charm and beauty of Timber houses because above-mentioned compounds leave visualization of not repeatable ring texture on timber logs. Below we presents you pictures of our manufacturing technology of Timber log houses.

Insulation of the Timber log house - section through external wall
Insulation of the Timber log house - section through external wall
  1. Timber log with the thickness of 9 up to 14cm and the height of 18cm with double tongue-and-groove joint.
  2. Permeable vapour membrane
  3. Posts which are structural element
  4. Wool insulation with the thickness of 10 up to 15cm
  5. Vapour barrier VPC
  6. Internal wall at choice:
    1. Plywood + plasterboard
    2. Board with the thickness of 2,5cm and three different widths at choice
    3. Board which imitates rectangular log with the thickness of 4cm and height of 18cm or half-rounded log with the thickness of 6cm and the height of 18cm.

Timber log houses built by our company possess walls with overall heat-transfer coefficient equal u= 0.21 up to 0.25 W/m2K and roof with u = 0.20 W/m2K. Applied by us layers of the walls are so selected as to allow structure to “breathe” and to protect elements against biological degradation.

Timber log hoses - woodem floors on ground floor
Layers of the timber floor on ground floor
  1. Floor board with the thickness of 3cm with single tongue-and-groove joint
  2. Foamed polystyrene with the thickness of 10cm
  3. Timber joist 7 x 10 cm
  4. Vapour barrier VPC
  5. Blinding concrete
Wooden floors on the first floor
Layers of the floor over ground floor
  1. Floor board with the thickness of 3cm with single tongue-and-groove joint
  2. Acoustic wool insulation
  3. Acoustic tape
  4. Timber joists 5 x 10 cm fixed on the acoustic tape
  5. Vapour barrier VPC
  6. Board with the thickness of 2,5 cm
  7. Timber beams of the floor 12 x 20 cm
Floor board with the thickness of 3cm with single tongue-and-groove joint
Layers of the roof
  1. Roofing sheet, tiles or shingle
  2. Roof membrane (Permeable vapour membrane)
  3. Wool insulation 20cm
  4. Vapour barrier VPC
  5. Finish of the load bearing external wall at choice:
    1. Board 2,5cm thick in three different widths
    2. Plywood 12mm thick + plasterboard
  6. Finish of the bevels on first floor at choice:
    1. Board 2,5cm thick in three different widths at choice
    2. Plywood 12mm thick + plasterboard
Acoustic wool insulation
Section of a partition wall in produced by us timber houses
  1. At choice:
    1a) Plywood + 1b) Waterproof plasterboard
    2) Board 2,5cm thick with three different widths
    3) Imitation of the rectangular log with the thickness of 4cm and the height of 18cm or imitation of half-rounded log with the thickness of 6cm and with the height of 18cm
  2. Galvanized steel profile
  3. Studs
  4. Wool insulation 5cm thick - acoustic insulation
  5. Finish with the second side of the wall - the same as in point A

Stromal locking

Shouldered joint as type of connection in Timber log houses
Dovetail with single or double bevel
Shouldered joint
Dovetail
Shouldered joint
Vertical-post log construction
Post and log structure in Timber log houses
Stud and log structure
(A - logs, B - studs)
Types of the tongue-and-groove joints
Types of the tongue-and-groove joints
(A - single slip tongue, B - single tongue-and-groove joint, C - double tongue-and-groove jonit)
Brick nogged timber wall
Brick nogged timber wall