Concrete / | Arbolit - Best replacement building bricks |
- How to save on construction of the building? (cement, sand, time, the work)
- What should be used to save on finishing materials?
- How to get clean, with good air exchange building?
- Is it possible for heating built house, savings in energy 2.5 times?
In order to achieve all of the above factors, today there is a building block as rbolit . The basis of this constructive wall material is crushed wood normalized size (85%), astringent element which serves specially prepared high-grade cement. Therefore, eco-friendly materials « arbolita » inherent strength, biostability, low density, low thermal conductivity, ease of processing, good nailing and high fire resistance.
European Quality
Arbolit it was developed in the 60s and has passed all technical tests, and has been standardized and certified. In a large-scale housing construction to the mid-90s did not get mass use in connection with the orientation of the construction krupnosbornyh concrete-block houses and high energy saving, teplosohranyayuschie, sound absorbing properties are not taken into account. To date, environmental requirements and standards for the thermal conductivity of wall building materials tightened, due to the high hygienic requirements for residential buildings and energy savings. Long-term maintenance of buildings and constructions of organic cellulosic materials aggregate in various regions of our country, as well as in foreign countries, strongly supports arbolita durability. From it produce wall panels, blocks, plates, coatings for roofing combined.
Abroad, such material is widely used and is valued for its environmental, energy-efficient quality. In different countries, analogue « arbolita » It has its own name: « dyurizol » - Switzerland; « vundstroun » - The United States, Canada; « pilinobeton » - Czech Republic; « chenteri - Boado » - Japan; « dyuripanel » - Germany; « Velox » - Austria.
These materials are used in the construction of not only private houses, but also high-rise buildings for various industrial applications.
Arbolit - alternative or replacement?
Production and ispolzovaniearbolita has a number of advantages compared to traditional building materials: reduced mass of buildings, reduced the complexity of the construction of buildings decreased by 2.5 times consumption per 1 m 2 of cement, sand, high thermal resistance of structures .
According to the commercial director: - « Arbolit, having a macroporous structure provides good ventilation in the premises, and high thermal performance, thereby reducing energy consumption for heating and ventilation of buildings. No need for additional external heat – soundproofing. In today's mass housing apartment houses with frame-monolithic carrier elements particularly relevant to the use of small sized blocks of « arbolita », at the optimum thickness of the partition, the self-supporting wall Z90mm, which is equivalent to the 1st meter of brickwork gives substantial savings in building materials and material costs.
The individual construction is particularly noticeable effect in the construction of load-bearing walls of the blocks « arbolita »: when the thickness of the walls of 390mm, with an average saving of 60% of the wall material, a factor of 2.5 reduces the cost of heating (cooling) space in an unfavorable climatic period of the year ».
The walls of the « arbolita » good to be finishing as the traditional finishing materials, as well as a large range of modern.
All this clearly indicates the high efficiency units of « arbolita » and it needs to be more widely used in the construction of various buildings and structures.
Comparison characteristic construction Materials
№ p/n
|
indexes
|
Type of building materials
|
|||
arbolit
|
foam
|
red brick
|
silicate brick
|
||
1
|
Sizes
|
390-190-180
|
diff.
|
250-125-65
|
250-125-88
|
2
|
standard wall thickness, m
|
0.38
|
0.51
|
0.8
|
0.8
|
3
|
стоимость &n bsp; 1-m 2 regulatory thickness, UAH/m 2
|
106.4
|
183
|
169.4
|
172.36
|
4
|
gas consumption for heating S = 1 00m 2 at t = 22C & deg ;, wall thickness 0.38 m 3
m 3
|
0.96
|
1.8
|
2.2
|
2.5
|
5
|
Costs the construction of 1 m 2 regulatory wall 0.38 m чел/час person/hour
|
0.12
|
2.7
|
6.16
|
6.16
|
6
|
Flow Cement Construction 1 m 2 , Wall, kg
|
12.25
|
19.12
|
28.9
|
29.6
|
7
|
density, kg/m 3
|
650
|
700
|
1800
|
1900
|
8
|
Water absorption,%
|
14
|
18-35
|
16-18
|
18
|
9
|
Thermal conductivity, l, kcal
|
0.16
|
0.18
|
0.70
|
0.75
|
10
|
Strength at compression, kg/cm 2
|
50-70
|
35
|
75
|
75
|
11
|
Estimated cost, UAH/m 3
|
260
|
360
|
250
|
240
|
Arbolit - ogtlichny material that embodies the quality of the construction of two natural components: hardwood and stone.
Arbolit certified and standardized. It is acknowledged as one of the best building materials, high energosberigayuschimi properties.