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CREATED TO CREATE


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Š2014 GV OROSEI MARBLES SRL All rights reserved.


PROFILE

In September 2011, Gv Orosei Marbles S.r.l. started its production and business activity in Orosei, a town on the east-central coast of Sardinia, taking over the management of “Marmi Orosei S.a.s”, a company that had been operating since 1971 in the extraction, cutting, finishing and marketing of the marble known as “Orosei Daino” or, more commonly, “Orosei Marble”. This was all possible thanks to the experience and skill handed down by Giorgio Dessena and Vincenzo Scancella, fathers of the present-day company managers and pioneers in Orosei marble extraction for over 50 years, who operated through the “Marmi Scancella”, “Marmi Orosei S.as.” and “Marmi Elmo Sas” companies. True to the tradition and professionalism handed down and preserved within the families, Gv Orosei Marbles Srl quickly managed to gain an important position in the sector. After successfully launching the product on the Italian market, particularly in Verona, the company is now continually expanding at an international level, both in European countries (Germany, Northern Europe) and further afield (the Middle East, North America and Southeast Asia), where it exports material both in the form of unfinished blocks and of semi-finished and finished products. Focus on improvement of the company’s work quality, constant technological innovation and use of the very latest machinery and systems enables Gv Orosei Marbles Srl to produce very high quality marble with competitive product characteristics, which has gained it a leading position on the world market. The marble produced is highly sought-after and appreciated, proving ideal for architectural works of particular importance. It is also processed into semi-finished products, such as flooring in various sizes, thresholds, windowsills and stairs. The company uses the latest technological systems and machinery to produce a wide range of products that can be directly used to meet the needs of various types of customers. There is an endless variety of possible finishes, including polished, smooth, bushhammered, brushed and antiquated. Some statistics for Gv Orosei Marbles Srl : the production site covers an area of approximately 50,000 m2, with 31 employees and a fleet of 28 machines, including heavy vehicles and machinery for the extraction and processing of marble. The production capacity is approximately 5,000 tons per month, i.e. 60,000 tons per year. Gv Orosei Marbles Srl collaborate with Bs Quarrysar Group, which is composed of 4 companies operating in the sector and accounts more than 60% of the entire Orosei marble production.

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HISTORY

Gv Orosei Marbles S.r.l. takes its name from the initials of Giorgio Dessena and Vincenzo Scancella, fathers of the company owners and pioneers in Orosei marble extraction, an activity they began over 50 years ago. The company structure of Gv Orosei Marbles, established in August 2011, is composed of four individuals and a corporate group: Lucia Francesca, Maria Antonietta, Pier Paolo and Rosanna, all children of Giorgio Dessena, together with Quadrifoglio Marmi e Graniti Srl, represented by Anna Scancella, daughter of Vincenzo Scancella. The five partners established Gv Orosei Marbles to combine their knowledge, professionalism and expertise in order to continue and intensify their Orosei marble extraction and processing activities, in keeping with their original family traditions. Gv Orosei Marbles, together with Quadrifoglio Marmi e Graniti Srl, forms part of the “Bs Quarrysar Group”, which is composed of 4 companies operating in the sector and accounts for 60% of the entire Orosei marble production.

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Giorgio Dessena, 1931-1995. “Ziu Jorj”, of humble origins, started working at a young age in one of the first Orosei marble quarries, but through great determination he was able to leave his job as an employed worker and set himself up in business, together with two other partners. The company has grown over the years since 1971, boosted by a profitable working relationship and friendship with two other businessmen from Vicenza, which eventually led to a partnership. Giorgio’s heirs, at the head of “GV Orosei Marbles Srl”, are following in their father’s footsteps, managing the company’s business.


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OROSEI

Our marble comes from Orosei, a small town situated along the east-central coast of Sardinia, the Mediterranean island famous throughout the world for its fine white sand beaches, incredibly clear sea and deeply rooted traditions.

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This is our land, a unique place where the forces of nature have created a landscape of incomparable beauty, whose wild and unspoiled environments, colours and perfumes are capable of arousing powerful feelings, both in those who experience them for the first time as well as in more seasoned travellers. Such a unique place could hardly produce marble that was anything less than unique.

OROSEI 40° 23’ 00’’ N 9° 42’ 00’’ E Sardina - Italy


MARBLES

Orosei marble is a unique material, renowned throughout the world for its natural colours and structure. It has characteristics of very high quality, making it a durable and versatile product suited to various types of uses, excellent for internal and external claddings and also greatly valued for decorative items and works of art.

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The production site managed by Gv Orosei Marbles covers an area of approximately 50,000 m2, with 31 employees and a machine fleet of 28 units for the extraction and processing of marble. The production capacity is approximately 5,000 tons per month, or 60,000 tons per year.


OROSEI LIGHT PEARLED

T ECHN I C AL SH EET

PHYSICO-MECHANICAL CHARACTERISTICS Unixial Compressive Strenght dry speciment (Kg/cm2): 1.664 ± 285 wet speciment (Kg/cm2): 1.620 ± 271 after freezing (Kg/cm2): 1.706 ± 209 Unixial Tensile Strenght dry speciment (Kg/cm2): 168 ± 52 wet speciment (Kg/cm2): 142 ± 31 after freezing (Kg/cm2): 154 ± 25

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Impact Toughness speciment 15mm thick (cm): 13 ± 3 speciment 20mm thick (cm): 13 ± 3 speciment 30mm thick (cm): 13 ± 3 Frictional Wear Resistance (mm): 4,50 ± 0,82 Sand Jet Abrasion (g): 0,10 ± 0,01 Static Modulus Elasticity (Kg/cm2): 712.150 ± 73.410 Dinamic Modulus Elasticity (Kg/cm2): 626.000 ± 19.300 Thermal Linear Deformation Coefficient 103(mm/m°C): 2,5 Imbibition Coefficient (‰): 8,350 ± 0,42 Unit Weight (Kg/cm3): 2.627 ± 35 Specific Gravity (g/cm3): 2,7 Poisson’s Ratio: 0,26 ± 0,02

CHEMICAL ANALYSIS CaCO3 % on weight:

97,11

MgO % ppm:

-

SiO3 % on weight:

-

MgCO3 % on weight: 0,75 SiO2 ppm:

0,19

TiO2 ppm:

<10

LiO2 ppm:

6

NaO2 ppm:

31

K2O ppm:

15

Fe2O3 ppm:

120

Al2O3 ppm:

92

Cr2O3 ppm:

18

PbO ppm:

76

MnO ppm:

27

CuO ppm:

11


9


OROSEI DARK PEARLED

T ECHN I C AL SH EET

PHYSICO-MECHANICAL CHARACTERISTICS Unixial Compressive Strenght dry speciment (Kg/cm2): 1.664 ± 285 wet speciment (Kg/cm2): 1.620 ± 271 after freezing (Kg/cm2): 1.706 ± 209 Unixial Tensile Strenght dry speciment (Kg/cm2): 168 ± 52 wet speciment (Kg/cm2): 142 ± 31 after freezing (Kg/cm2): 154 ± 25

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Impact Toughness speciment 15mm thick (cm): 13 ± 3 speciment 20mm thick (cm): 13 ± 3 speciment 30mm thick (cm): 13 ± 3 Frictional Wear Resistance (mm): 4,50 ± 0,82 Sand Jet Abrasion (g): 0,10 ± 0,01 Static Modulus Elasticity (Kg/cm2): 712.150 ± 73.410 Dinamic Modulus Elasticity (Kg/cm2): 626.000 ± 19.300 Thermal Linear Deformation Coefficient 103(mm/m°C): 2,5 Imbibition Coefficient (‰): 8,350 ± 0,42 Unit Weight (Kg/cm3): 2.627 ± 35 Specific Gravity (g/cm3): 2,7 Poisson’s Ratio: 0,26 ± 0,02

CHEMICAL ANALYSIS CaCO3 % on weight:

97,11

MgO % ppm:

-

SiO3 % on weight:

-

MgCO3 % on weight: 0,75 SiO2 ppm:

0,19

TiO2 ppm:

<10

LiO2 ppm:

6

NaO2 ppm:

31

K2O ppm:

15

Fe2O3 ppm:

120

Al2O3 ppm:

92

Cr2O3 ppm:

18

PbO ppm:

76

MnO ppm:

27

CuO ppm:

11


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OROSEI LIGHT CLOUDY

T ECHN I C AL SH EET

PHYSICO-MECHANICAL CHARACTERISTICS Unixial Compressive Strenght dry speciment (Kg/cm2): 1.664 ± 285 wet speciment (Kg/cm2): 1.620 ± 271 after freezing (Kg/cm2): 1.706 ± 209 Unixial Tensile Strenght dry speciment (Kg/cm2): 168 ± 52 wet speciment (Kg/cm2): 142 ± 31 after freezing (Kg/cm2): 154 ± 25

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Impact Toughness speciment 15mm thick (cm): 13 ± 3 speciment 20mm thick (cm): 13 ± 3 speciment 30mm thick (cm): 13 ± 3 Frictional Wear Resistance (mm): 4,50 ± 0,82 Sand Jet Abrasion (g): 0,10 ± 0,01 Static Modulus Elasticity (Kg/cm2): 712.150 ± 73.410 Dinamic Modulus Elasticity (Kg/cm2): 626.000 ± 19.300 Thermal Linear Deformation Coefficient 103(mm/m°C): 2,5 Imbibition Coefficient (‰): 8,350 ± 0,42 Unit Weight (Kg/cm3): 2.627 ± 35 Specific Gravity (g/cm3): 2,7 Poisson’s Ratio: 0,26 ± 0,02

CHEMICAL ANALYSIS CaCO3 % on weight:

97,11

MgO % ppm:

-

SiO3 % on weight:

-

MgCO3 % on weight: 0,75 SiO2 ppm:

0,19

TiO2 ppm:

<10

LiO2 ppm:

6

NaO2 ppm:

31

K2O ppm:

15

Fe2O3 ppm:

120

Al2O3 ppm:

92

Cr2O3 ppm:

18

PbO ppm:

76

MnO ppm:

27

CuO ppm:

11


13


OROSEI DARK CLOUDY

T ECHN I C AL SH EET

PHYSICO-MECHANICAL CHARACTERISTICS Unixial Compressive Strenght dry speciment (Kg/cm2): 1.664 ± 285 wet speciment (Kg/cm2): 1.620 ± 271 after freezing (Kg/cm2): 1.706 ± 209 Unixial Tensile Strenght dry speciment (Kg/cm2): 168 ± 52 wet speciment (Kg/cm2): 142 ± 31 after freezing (Kg/cm2): 154 ± 25

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Impact Toughness speciment 15mm thick (cm): 13 ± 3 speciment 20mm thick (cm): 13 ± 3 speciment 30mm thick (cm): 13 ± 3 Frictional Wear Resistance (mm): 4,50 ± 0,82 Sand Jet Abrasion (g): 0,10 ± 0,01 Static Modulus Elasticity (Kg/cm2): 712.150 ± 73.410 Dinamic Modulus Elasticity (Kg/cm2): 626.000 ± 19.300 Thermal Linear Deformation Coefficient 103(mm/m°C): 2,5 Imbibition Coefficient (‰): 8,350 ± 0,42 Unit Weight (Kg/cm3): 2.627 ± 35 Specific Gravity (g/cm3): 2,7 Poisson’s Ratio: 0,26 ± 0,02

CHEMICAL ANALYSIS CaCO3 % on weight:

97,11

MgO % ppm:

-

SiO3 % on weight:

-

MgCO3 % on weight: 0,75 SiO2 ppm:

0,19

TiO2 ppm:

<10

LiO2 ppm:

6

NaO2 ppm:

31

K2O ppm:

15

Fe2O3 ppm:

120

Al2O3 ppm:

92

Cr2O3 ppm:

18

PbO ppm:

76

MnO ppm:

27

CuO ppm:

11


15


OROSEI LIGHT VEINED

T ECHN I C AL SH EET

PHYSICO-MECHANICAL CHARACTERISTICS Unixial Compressive Strenght dry speciment (Kg/cm2): 1.664 ± 285 wet speciment (Kg/cm2): 1.620 ± 271 after freezing (Kg/cm2): 1.706 ± 209 Unixial Tensile Strenght dry speciment (Kg/cm2): 168 ± 52 wet speciment (Kg/cm2): 142 ± 31 after freezing (Kg/cm2): 154 ± 25

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Impact Toughness speciment 15mm thick (cm): 13 ± 3 speciment 20mm thick (cm): 13 ± 3 speciment 30mm thick (cm): 13 ± 3 Frictional Wear Resistance (mm): 4,50 ± 0,82 Sand Jet Abrasion (g): 0,10 ± 0,01 Static Modulus Elasticity (Kg/cm2): 712.150 ± 73.410 Dinamic Modulus Elasticity (Kg/cm2): 626.000 ± 19.300 Thermal Linear Deformation Coefficient 103(mm/m°C): 2,5 Imbibition Coefficient (‰): 8,350 ± 0,42 Unit Weight (Kg/cm3): 2.627 ± 35 Specific Gravity (g/cm3): 2,7 Poisson’s Ratio: 0,26 ± 0,02

CHEMICAL ANALYSIS CaCO3 % on weight:

97,11

MgO % ppm:

-

SiO3 % on weight:

-

MgCO3 % on weight: 0,75 SiO2 ppm:

0,19

TiO2 ppm:

<10

LiO2 ppm:

6

NaO2 ppm:

31

K2O ppm:

15

Fe2O3 ppm:

120

Al2O3 ppm:

92

Cr2O3 ppm:

18

PbO ppm:

76

MnO ppm:

27

CuO ppm:

11


17


OROSEI DARK VEINED

T ECHN I C AL SH EET

PHYSICO-MECHANICAL CHARACTERISTICS Unixial Compressive Strenght dry speciment (Kg/cm2): 1.664 ± 285 wet speciment (Kg/cm2): 1.620 ± 271 after freezing (Kg/cm2): 1.706 ± 209 Unixial Tensile Strenght dry speciment (Kg/cm2): 168 ± 52 wet speciment (Kg/cm2): 142 ± 31 after freezing (Kg/cm2): 154 ± 25

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Impact Toughness speciment 15mm thick (cm): 13 ± 3 speciment 20mm thick (cm): 13 ± 3 speciment 30mm thick (cm): 13 ± 3 Frictional Wear Resistance (mm): 4,50 ± 0,82 Sand Jet Abrasion (g): 0,10 ± 0,01 Static Modulus Elasticity (Kg/cm2): 712.150 ± 73.410 Dinamic Modulus Elasticity (Kg/cm2): 626.000 ± 19.300 Thermal Linear Deformation Coefficient 103(mm/m°C): 2,5 Imbibition Coefficient (‰): 8,350 ± 0,42 Unit Weight (Kg/cm3): 2.627 ± 35 Specific Gravity (g/cm3): 2,7 Poisson’s Ratio: 0,26 ± 0,02

CHEMICAL ANALYSIS CaCO3 % on weight:

97,11

MgO % ppm:

-

SiO3 % on weight:

-

MgCO3 % on weight: 0,75 SiO2 ppm:

0,19

TiO2 ppm:

<10

LiO2 ppm:

6

NaO2 ppm:

31

K2O ppm:

15

Fe2O3 ppm:

120

Al2O3 ppm:

92

Cr2O3 ppm:

18

PbO ppm:

76

MnO ppm:

27

CuO ppm:

11


19


OROSEI FIOCCO DI NEVE

T ECHN I C AL SH EET

PHYSICO-MECHANICAL CHARACTERISTICS Unixial Compressive Strenght dry speciment (Kg/cm2): 1.664 ± 285 wet speciment (Kg/cm2): 1.620 ± 271 after freezing (Kg/cm2): 1.706 ± 209 Unixial Tensile Strenght dry speciment (Kg/cm2): 168 ± 52 wet speciment (Kg/cm2): 142 ± 31 after freezing (Kg/cm2): 154 ± 25

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Impact Toughness speciment 15mm thick (cm): 13 ± 3 speciment 20mm thick (cm): 13 ± 3 speciment 30mm thick (cm): 13 ± 3 Frictional Wear Resistance (mm): 4,50 ± 0,82 Sand Jet Abrasion (g): 0,10 ± 0,01 Static Modulus Elasticity (Kg/cm2): 712.150 ± 73.410 Dinamic Modulus Elasticity (Kg/cm2): 626.000 ± 19.300 Thermal Linear Deformation Coefficient 103(mm/m°C): 2,5 Imbibition Coefficient (‰): 8,350 ± 0,42 Unit Weight (Kg/cm3): 2.627 ± 35 Specific Gravity (g/cm3): 2,7 Poisson’s Ratio: 0,26 ± 0,02

CHEMICAL ANALYSIS CaCO3 % on weight:

97,11

MgO % ppm:

-

SiO3 % on weight:

-

MgCO3 % on weight: 0,75 SiO2 ppm:

0,19

TiO2 ppm:

<10

LiO2 ppm:

6

NaO2 ppm:

31

K2O ppm:

15

Fe2O3 ppm:

120

Al2O3 ppm:

92

Cr2O3 ppm:

18

PbO ppm:

76

MnO ppm:

27

CuO ppm:

11


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Lorem ipsum dolor it amet, consectetur; Adipisici elit, sed eiusmod tempor incidunt ut labore et dolore magna aliqua;

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Ipsum dolor it amet, consectetur, sed eiusmod tempor; Lorem ipsum dolor it amet, consectetur; Adipisici elit, sed eiusmod tempor incidunt ut labore et dolore magna aliqua; Ipsum dolor it amet, consectetur.eiusmod


KIND OF MARBLES

8 OROSEI LIGHT PEARLED

10 OROSEI DARK PEARLED

12 OROSEI LIGHT CLOUDY

14 OROSEI DARK CLOUDY

16 OROSEI LIGHT VEINED

18 OROSEI DARK VEINED

20 OROSEI FIOCCO DI NEVE


PRECIOUS AS A JEWEL, UNIQUE AS A TREASURE

S.S. 125 km 220/300 08028 Orosei (NU) Italy Tel. +39 0784 98549 Mob. +39 348 9062763 Fax. +39 0784 997240 info@gvoroseimarbles.com www.gvoroseimarbles.com

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