Bateig natural stone
BATEIG — work with natural stone. Spain.
Bateig stone is a perfectly worked stone which is being extracted in Alicante, Spain. The company has been extracting and working this noble stone for 140 years and since 1981 Bateig has been a world leader of supplying the stone for exterior façade decoration and interior design.
Bateig stone is homogeneous in appearance and mechanical properties. Thus it is durable – its hardness doesn’t decrease and its noble appearance remain unchanged over time. The manufacturers sells the stone in some color variants, for each of which can be chosen one of 6 variants of decorations or to order an individual picture, which can be indented as a result of its physical characteristics and modern factories equipment.
Natural stone Bateig in St. Petersburg.
100% FIRE SAFETY
UNIQUE DURABLE MATERIALS
POLLUTION-FREE MATERIALS
DESIGNING TAKING INTO ACCOUNT PECULIARITY OF SEISMIC ZONE
Catalogue Bateig 2018Examples of use
Realized solutions with the use of supplier’s materials
Odessa, Ukraine
Murcia, Spain
Alicante, Spain
Materials
The materials for faсade lining which are provided by the supplier
| Petrographic denomination: | Biocalcerinite |
|---|---|
| Apparent density (kg/m3): | 2260 |
| Tensile strength under a concentrated load (Mpa): | 9,5 |
| Tensile strength under a concentrated load after freeze-thaw cycles (Mpa): | 10,3 |
| Water absorption at atmospheric pressure(%): | 5,7 |
| Compressive strength (Mpa): | 68 |
| Petrographic denomination: | Biocalcerinite |
|---|---|
| Apparent density (kg/m3): | 2270 |
| Tensile strength under a concentrated load (Mpa): | 12,7 |
| Tensile strength under a concentrated load after freeze-thaw cycles (Mpa): | 12,8 |
| Water absorption at atmospheric pressure(%): | 4,9 |
| Compressive strength (Mpa): | 84 |
| Petrographic denomination: | Biocalcerinite |
|---|---|
| Apparent density (kg/m3): | 2260 |
| Tensile strength under a concentrated load (Mpa): | 9,5 |
| Tensile strength under a concentrated load after freeze-thaw cycles (Mpa): | 10,3 |
| Water absorption at atmospheric pressure(%): | 5,7 |
| Compressive strength (Mpa): | 68 |
| Petrographic denomination: | Biocalcerinite |
|---|---|
| Apparent density (kg/m3): | 2270 |
| Tensile strength under a concentrated load (Mpa): | 12,7 |
| Tensile strength under a concentrated load after freeze-thaw cycles (Mpa): | 12,8 |
| Water absorption at atmospheric pressure(%): | 4,9 |
| Compressive strength (Mpa): | 84 |
| Petrographic denomination: | Сalcarenita |
|---|---|
| Apparent density (kg/m3): | 2110 |
| Tensile strength under a concentrated load (Mpa): | 6,5 |
| Tensile strength under a concentrated load after freeze-thaw cycles (Mpa): | 6,2 |
| Water absorption at atmospheric pressure(%): | 7,3 |
| Compressive strength (Mpa): | 31 |
| Petrographic denomination: | calcirudita |
|---|---|
| Apparent density (kg/m3): | 2040 |
| Tensile strength under a concentrated load (Mpa): | 4,1 |
| Water absorption at atmospheric pressure(%): | 8,4 |
| Compressive strength (Mpa): | 22 |
| Abrasive strength (Mpa): | 22,97 |
DESIGNING TAKING INTO ACCOUNT PECULIARITY OF SEISMIC ZONE
100% FIRE SAFETY
UNIQUE DURABLE MATERIALS
POLLUTION-FREE MATERIALS
