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The address:
Russia, Rostov-on-Don,
20 Street 21 "A"
Ph.: +7-863-270-01-75, +7-863-270-21-72
Fax: +7-863-293-98-04

physic-mechanical characteristics

Some physic-mechanical characteristics of the aerated concrete (the standart)

 

Density of the aerated concrete in dry state, kg/m3

Coefficient of thermal conductivity,
Wt/m·K°

Compression resistance in 28 days of solidification,kgc/cm2

Frost-resistance,
cycles

Water con-
sumption,
%

250

0,055

3

unnorm.

7-9

400

0,1

12

25

6-8

500

0,12

16

25

6-8

800

0,18

35

35

5-7

900

0,22

45

35

5-7

1000

0,25

60

35

5-7

 

Low heat conductivity allows to save up energy both on heating, and on cooling (air-conditioning) of the premises, constructed their aerated concrete. It provides energo-savings all year.

Some physic-mechanical characteristics of the aerated concrete (by results of tests)

 

Density of the aerated concrete in dry state, kg/m3 

Compression resistance in 28 days of solidification,kgc/cm2

Coefficient of thermal conductivity,
Wt/m·K°

Frost-resistance,
cycles
 

1000

50

0,3

35

900

45

0,24

35

800

35

0,18

35

700

28

0,16

35

600

20

0,12

25

500

16

0,09

25

400

12

0,75

25

300

6

0,07

-

250

3,5

0,062

-

 

 

Comparison of thermal characteristics (shooting by the infra-red chamber)

CARUJJG9Posle

1. The house from traditional materials.                The house from foam concrete (cellular concrete).

 

Преимущество пенобетона

 

 

 

 

 

2. Advantage of foam concrete (cellular concrete) in a building design.

 

Сравнение теплопотерь с пенобетоном

3. Shooting by the infra-red chamber of a frame monolithic building.

 

Преимущества клеевой смеси

4. Advantage of a laying on a glutinous mix - is not present "bridges" (penetration) of a cold/heat..

 

Теплопотери

5. Visible advantage of a protecting design from foam concrete (the lowest losses of heat/cold).

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physic-mechanical characteristics