Ausschließlich auf den export ausgerichtet

Portugiesische marmor und kalkstein

Die Ornamentale Steine, insbesondere die Marmor und Kalkstein, gegeben ihre angeborenen eigenschaften (Qualität, Langlebigkeit, Vielseitigkeit der Anwendungen, etc.), haben niemals ihren platz in der welt der konstruktion verloren und den kultigsten und renommierten gebäuden verwendet, von der historischen bis zur Neuzeit.

In diesen Universum, welche sich ständig weiterentwickelt, ist die Biscaia Internacional – Marmor aus Portugal integriert und begleitet sie die steigenden Anforderungen des Marktes.

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Angesichts des breiten Branchenwissen von Ornamentale Steine, konnten wir Betriebsparameter definieren, die uns erlauben besser auf die Bedürfnisse unserer Kunden zu reagieren.

Wir Bieten einen exzellent Service, durch:

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Die Produkte
BLÖKEN
UNMASSPLATTEN
FASSADEN
BODENPLATTEN
FLIESEN
STÜFEN
FENSTERBÄNKEN
Marmor

Estremoz White

Estremoz White

PHYSICO-MECHANICAL PROPERTIES

1. Compression breaking load – Kg/cm² 702
2. Compression breaking load after freezing test – Kg/cm² 780
3. Bending strength – Kg/cm² 182
4. Volumetric Weight – Kg/m³ 2 716
5. Water absorption at N.P. conditions – % 0.10
6. Apparent porosity – % 0.25
7. Thermal linear expansion coefficient – x10ˉ6perºC 9.6
8. Abrasion test – mm 1.6
9. Impact test: minimum fall height – cm 60-65

Estremoz Corrente

Estremoz Corrente

PHYSICO-MECHANICAL PROPERTIES

1. Compression breaking load – Kg/cm² 770
2. Compression breaking load after freezing test – Kg/cm² 827
3. Bending strength – Kg/cm² 242
4. Volumetric Weight – Kg/m³ 2 715
5. Water absorption at N.P. conditions – % 0.06
6. Apparent porosity – % 0.16
7. Thermal linear expansion coefficient – x10ˉ6perºC 12.4
8. Abrasion test – mm 3.8
9. Impact test: minimum fall height – cm 50

Estremoz Creme A

Estremoz Creme A

PHYSICO-MECHANICAL PROPERTIES

1. Compression breaking load – Kg/cm² 953
2. Compression breaking load after freezing test – Kg/cm² 878
3. Bending strength – Kg/cm² 300
4. Volumetric Weight – Kg/m³ 2 714
5. Water absorption at N.P. conditions – % 0.07
6. Apparent porosity – % 0.19
7. Thermal linear expansion coefficient – x10ˉ6perºC 10.5
8. Abrasion test – mm 2.2
9. Impact test: minimum fall height – cm 45

Estremoz Creme B

Estremoz Creme B

PHYSICO-MECHANICAL PROPERTIES

1. Compression breaking load – Kg/cm² 953
2. Compression breaking load after freezing test – Kg/cm² 878
3. Bending strength – Kg/cm² 300
4. Volumetric Weight – Kg/m³ 2 714
5. Water absorption at N.P. conditions – % 0.07
6. Apparent porosity – % 0.19
7. Thermal linear expansion coefficient – x10ˉ6perºC 10.5
8. Abrasion test – mm 2.2
9. Impact test: minimum fall height – cm 45

Trigaches Claro

Trigaches Claro

PHYSICO-MECHANICAL PROPERTIES

1. Compression breaking load – Kg/cm² 403
2. Compression breaking load after freezing test – Kg/cm² 309
3. Bending strength – Kg/cm² 111
4. Volumetric Weight – Kg/m³ 2 712
5. Water absorption at N.P. conditions – % 0.06
6. Apparent porosity – % 0.16
7. Thermal linear expansion coefficient – x10ˉ6perºC 9.9
8. Abrasion test – mm 2.2
9. Impact test: minimum fall height – cm 55

Trigaches Escuro

Trigaches Escuro

PHYSICO-MECHANICAL PROPERTIES

1. Compression breaking load – Kg/cm² 840
2. Compression breaking load after freezing test – Kg/cm² 793
3. Bending strength – Kg/cm² 138
4. Volumetric Weight – Kg/m³ 2 712
5. Water absorption at N.P. conditions – % 0.06
6. Apparent porosity – % 0.16
7. Thermal linear expansion coefficient – x10ˉ6perºC 12.6
8. Abrasion test – mm 1.6
9. Impact test: minimum fall height – cm 60

Kalkstein

Alpinina

Alpinina

PHYSICO-MECHANICAL PROPERTIES

1. Compression breaking load – Kg/cm² 1 150
2. Compression breaking load after freezing test – Kg/cm² 962
3. Bending strength – Kg/cm² 183
4. Volumetric Weight – Kg/m³ 2 696
5. Water absorption at N.P. conditions – % 0.18
6. Apparent porosity – % 0.48
7. Thermal linear expansion coefficient – x10ˉ6perºC 4.3
8. Abrasion test – mm 1.9
9. Impact test: minimum fall height – cm 45

Ataija Azul

Ataija Azul

PHYSICO-MECHANICAL PROPERTIES

1. Compression breaking load – Kg/cm² 1 653
2. Compression breaking load after freezing test – Kg/cm² 1 568
3. Bending strength – Kg/cm² 135
4. Volumetric Weight – Kg/m³ 2 676
5. Water absorption at N.P. conditions – % 0.35
6. Apparent porosity – % 0.93
7. Thermal linear expansion coefficient – x10ˉ6perºC 3.9
8. Abrasion test – mm 3.4
9. Impact test: minimum fall height – cm 35

Azul Cascais

Azul Cascais

PHYSICO-MECHANICAL PROPERTIES

1. Compression breaking load – Kg/cm² 1 431
2. Compression breaking load after freezing test – Kg/cm² 1 300
3. Bending strength – Kg/cm² 286
4. Volumetric Weight – Kg/m³ 2 690
5. Water absorption at N.P. conditions – % 0.29
6. Apparent porosity – % 0.47
7. Thermal linear expansion coefficient – x10ˉ6perºC 4.9
8. Abrasion test – mm 2.3
9. Impact test: minimum fall height – cm 35-40

Azul Valverde

Azul Valverde

PHYSICO-MECHANICAL PROPERTIES

1. Compression breaking load – Kg/cm² 2 004
2. Bending strength – Kg/cm² 239
3. Volumetric Weight – Kg/m³ 2 666
4. Water absorption at N.P. conditions – % 0.40
5. Apparent porosity – % 1.00
6. Abrasion test – mm 23,5
7. Impact test: minimum fall height – cm 74
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Moca Creme CF

Moca Creme CF

PHYSICO-MECHANICAL PROPERTIES

1. Compression breaking load – Kg/cm² 927
2. Compression breaking load after freezing test – Kg/cm² 867
3. Bending strength – Kg/cm² 196
4. Volumetric Weight – Kg/m³ 2 515
5. Water absorption at N.P. conditions – % 2.34
6. Apparent porosity – % 5.90
7. Thermal linear expansion coefficient – x10ˉ6perºC 5.3
8. Abrasion test – mm 4.0
9. Impact test: minimum fall height – cm 40

Moca Creme – Fine Grain

Moca Creme – Fine Grain

PHYSICO-MECHANICAL PROPERTIES

1. Compression breaking load – Kg/cm² 760
2. Compression breaking load after freezing test – Kg/cm² 796
3. Bending strength – Kg/cm² 176
4. Volumetric Weight – Kg/m³ 2 433
5. Water absorption at N.P. conditions – % 3.60
6. Apparent porosity – % 8.92
7. Thermal linear expansion coefficient – x10ˉ6perºC 3.4
8. Abrasion test – mm 4.2
9. Impact test: minimum fall height – cm 30-35

Moca Creme – Medium Grain

Moca Creme – Medium Grain

PHYSICO-MECHANICAL PROPERTIES

1. Compression breaking load – Kg/cm² 927
2. Compression breaking load after freezing test – Kg/cm² 867
3. Bending strength – Kg/cm² 196
4. Volumetric Weight – Kg/m³ 2 515
5. Water absorption at N.P. conditions – % 2.34
6. Apparent porosity – % 5.90
7. Thermal linear expansion coefficient – x10ˉ6perºC 5.3
8. Abrasion test – mm 4.0
9. Impact test: minimum fall height – cm 40

Moca Creme – Sawn Along

Moca Creme – Sawn Along

PHYSICO-MECHANICAL PROPERTIES

1. Compression breaking load – Kg/cm² 927
2. Compression breaking load after freezing test – Kg/cm² 867
3. Bending strength – Kg/cm² 196
4. Volumetric Weight – Kg/m³ 2 515
5. Water absorption at N.P. conditions – % 2.34
6. Apparent porosity – % 5.90
7. Thermal linear expansion coefficient – x10ˉ6perºC 5.3
8. Abrasion test – mm 4.0
9. Impact test: minimum fall height – cm 40

Moca Creme – Large Grain

Moca Creme – Large Grain

PHYSICO-MECHANICAL PROPERTIES

1. Compression breaking load – Kg/cm² 939
2. Compression breaking load after freezing test – Kg/cm² 832
3. Bending strength – Kg/cm² 87
4. Volumetric Weight – Kg/m³ 2 511
5. Water absorption at N.P. conditions – % 2.46
6. Apparent porosity – % 6.19
7. Thermal linear expansion coefficient – x10ˉ6perºC 3.9
8. Abrasion test – mm 2.4
9. Impact test: minimum fall height – cm 35

Moleanos Light

Moleanos Light

PHYSICO-MECHANICAL PROPERTIES

1. Compression breaking load – Kg/cm² 493
2. Compression breaking load after freezing test – Kg/cm² 457
3. Bending strength – Kg/cm² 123
4. Volumetric Weight – Kg/m³ 2 305
5. Water absorption at N.P. conditions – % 5.47
6. Apparent porosity – % 12.61
7. Thermal linear expansion coefficient – x10ˉ6perºC 3.3
8. Abrasion test – mm 9.3
9. Impact test: minimum fall height – cm 25

Semi Rijo Riechval

Semi Rijo Riechval

PHYSICO-MECHANICAL PROPERTIES

1. Compression breaking load – Kg/cm² 493
2. Compression breaking load after freezing test – Kg/cm² 457
3. Bending strength – Kg/cm² 123
4. Volumetric Weight – Kg/m³ 2 305
5. Water absorption at N.P. conditions – % 5.47
6. Apparent porosity – % 12.61
7. Thermal linear expansion coefficient – x10ˉ6perºC 3.3
8. Abrasion test – mm 9.3
9. Impact test: minimum fall height – cm 25

Vidraço Moleanos Azul

Vidraço Moleanos Azul

PHYSICO-MECHANICAL PROPERTIES

1. Compression breaking load – Kg/cm² 953
2. Compression breaking load after freezing test – Kg/cm² 1 030
3. Bending strength – Kg/cm² 105
4. Volumetric Weight – Kg/m³ 2 567
5. Water absorption at N.P. conditions – % 1.73
6. Apparent porosity – % 4.44
7. Thermal linear expansion coefficient – x10ˉ6perºC 5.0
8. Abrasion test – mm 4.2
9. Impact test: minimum fall height – cm 40

Vidraço Moleanos

Vidraço Moleanos

PHYSICO-MECHANICAL PROPERTIES

1. Compression breaking load – Kg/cm² 917
2. Compression breaking load after freezing test – Kg/cm² 930
3. Bending strength – Kg/cm² 144
4. Volumetric Weight – Kg/m³ 2 478
5. Water absorption at N.P. conditions – % 3.07
6. Apparent porosity – % 7.62
7. Thermal linear expansion coefficient – x10ˉ6perºC 3.1
8. Abrasion test – mm 3.5
9. Impact test: minimum fall height – cm 35-40

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