Haus integrated timbering blocks for the bases and walls

HAUS P6-20 HAUS P6-30
Application:
- foundation;
- monolith wall:
- bearing walls;
- basic walls;
- waterproofing walls;
- walls with high sound-proof requirements;
- walls with high fire-resistant requirements.
Haus integrated timbering blocks HAUS P6-20 and HAUS P6-30 - the best existing solution for installation of the foundation of an apartment house. It is the cheapest and easiest way of the organization and execution of works on foundation moulding.
It is not necessary to rent or do a timbering,
Haus blocks are the concrete timbering themselves, remaining in the base and bearing a part of loading.
Accordingly in trench or the foundation hole which has been dug out on perimeter of the future house from
Haus blocks the base is formed. According to conditions of the Lithuanian climate the minimum depth of the base should make 1,2 m. It only 5 rows of the foundation. It is necessary to note, that the base of each building is shorthanded for each concrete case, i.e. on prospective loadings and a ground condition.
The first level of blocks can be put directly on the earth, without modular or monolithic concrete pillows.
Blocks gather without a compound, each following row of blocks is established with advancement on half.
In the timbering generated from base blocks, concrete is filled in. A recommended class of durability of concrete for the foundation for one - two-storeyed house is C16/20. Concrete of such durability can be made cheaply on a building site. The quantity is made on requirement, without ordering at once a big quantity of expensive ready made concrete.
Depending on mobility of the concrete for filling, some rows of blocks are settled. Using the concrete, which class of mobility is S3 (fluid) optimum distribution of concrete it is reached at filling three rows of blocks.
Concrete fills all emptiness in blocks, is strongly linked to an internal surface and thus the homogeneous concrete base of a building turns out. In difference from other concrete blocks, it not a laying from separate blocks also that is very important, in a base design there are no vertical and horizontal beams.
Comparing to the big concrete blocks,
Haus blocks allow building a base wall of any length. No cutting equipment is required for
Haus blocks, the hammer is enough which can beat off an unnecessary part of the block.
Modern industrial technologies provide the exact geometrical sizes – the highest category of maximum deviation D4.
According to the counted loadings, the foundation can be strengthened with horizontal or vertical armature.
Internal partitions of
Haus blocks have the special lowered height allowing to lay easily horizontal armature.
Changing a class of filled concrete and using armature of different marks of a steel, it is possible to make the base to a wide spectrum of buildings or a monolithic wall for the different purposes.
The waterproofing of the foundation constructed of
Haus blocks, as well as at any other concrete foundation, is provided at use of a smeared or pasted waterproofing material, depending on a condition of a ground and means of the customer.
Concrete blocks
Haus are not afraid of a moisture. The big advantage of
Haus blocks in minimal capillarity and absorbency of a moisture.
If the house is constructed without a cellar, in the perimeter centre between level of the earth and a floor the air cavity (it is in case of need filled with fraction of large stones) is left. Thus the base effectively protects the house from humidity of the earth.
Haus concrete blocks are possible to use in building all year long.
Integrated timbering
Haus for the base and walls corresponds to standard LST EN 771-3:2003+A1:2005.
Corner HAUS P6-20K block allows to have well finished corners, wall edges, door and window apertures, while building a composite wall.
Modifications of the blocks for the integrated timbering:
Technical parameters of HAUS P6-20M и HAUS P6-20K blocks
|
Dimensions in a laying, mm
|
500x200x250
510x200x250
|
|
Qnt in m² of the wall , pc
|
8
|
|
Production sizes, mm
|
|
|
Qnt in 1 м³ of the wall, pc
|
40
|
|
Weight 1 pc., kg
|
21,8
|
|
Qnt on the pallet, pc
|
50
|
|
|
|
|
|
|
|
Sound insultation, dB
|
≥54
|
|
Resistance to compression, N/mm²
|
6
|
|
Freeze resistance, cicles
|
≥50
|
|
Density, кг/м³
|
900
|
|
Fireproofness, class
|
A1
|
|
Temperature constancy * R, m² K/W
|
>5
|
* In the presence of 160 mm warmth resisting material (heat conductivity factor λ =0,034 W/mK).
Quantity of filled in concrete on walls 1 m² - 0,117 m³.
Quantity of filled in concrete in volume unit - 60%.
One transport pallet, sized 1,05x1,05 m and weight of 16 kg, placed at all 50 pc. of blocks (HAUS P6-20 - 40 pc. and HAUS P6-20K - 10 pc.).
Technical parameters of HAUS P6-30 blocks:
|
Dimensions in a laying, mm
|
500 x 300 x 250
|
|
Qnt in m² of the wall , pc
|
8
|
|
Production sizes, mm
|
498 x 298 x 250
|
|
Qnt in 1 м³ of the wall, pc
|
26,67
|
|
Weight 1 pc., kg
|
25
|
|
Qnt on the pallet, pc
|
36
|
|
|
|
|
|
|
|
Sound insultation, dB
|
≥54
|
|
Resistance to compression, N/mm²
|
4
|
|
Freeze resistance, cicles
|
≥50
|
|
Density, кг/м³
|
700
|
|
Fireproofness, class
|
A1
|
|
Temperature constancy * R, m² K/W
|
>5
|
* In the presence of 160 mm warmth resisting material (heat conductivity factor λ =0,034 W/mK).
Quantity of filled in concrete on 1 walls m ² - 0,21 m³.
Quantity of filled in concrete in volume unit - 70%.
One transport pallet, sized 1,05x1,05 m and weight of 16 kg, placed at all 36 pc. of blocks.
Integrated timbering
Haus, in scope of the properties and technical parametres, seriously competes to any other materials for arrangement of the bases and monolithic walls. Besides, concrete blocks
Haus have the properties allocating them among other materials.
Especial advantages of the integrated timbering
Haus for the foundations and the walls:
- low final price of foundation or monolith wall;
- no need in rent or production of timbering;
- no need in expensive lifting equipment;
- no need in pillow under foundation;
- cheap production of concrete on the building site;
- absence of vertical and horizontal seams in a foundation construction;
- unlimited length of the foundation wall;
- easiness in foundation assembly;
- economic usage of plaster for socle and basement walls;
- serve unpainted and not plastered;
- serve in the water environment;
- to be used in any weather conditions.
