Pompeii Quartz
Pompeii Quartz™ is a natural surface material made from pure and natural quartz. It is bound with resin, inorganic pigments and manufactured using the most advanced and latest technology from Breton, Italy. It is available in slabs and tiles.
Advantages of Pompeii Quartz Products:
• Easy Care – just wipe with soap & water
• Extremely Dense, Reducing Absorption, Cracking & Chipping
• Highly Resistant to Heat, Scratches & Abrasion
• Extremely Stain Resistant
• High Resistance to Chemicals & Acids
• Highly Resistant to Mold, Mildew & Bacteria
• Limited 15 Year Warranty
Resin based compound stone products which mainly consists of: – Innumerable particles of Quartz, which are set very close to each other thanks to use of the exclusive BRETONSTONE SYSTEM technology of vibro-compression under vacuum. – A structure which is formed by chains of polymers that wrap themselves around each individual particle of quartz and then, once the chemical links have been set, binds them permanently together by means of an adhesion promoter. Such a promoter adheres to the molecules of quartz through a silicon- functional bond and to the chains of polymers by way of an organic-functional bond. The result is a compound material, not existing in nature, which represents an ideal product for modern building industry.
Advantages of Pompeii Quartz Products:
• Easy Care – just wipe with soap & water
• Extremely Dense, Reducing Absorption, Cracking & Chipping
• Highly Resistant to Heat, Scratches & Abrasion
• Extremely Stain Resistant
• High Resistance to Chemicals & Acids
• Highly Resistant to Mold, Mildew & Bacteria
• Limited 15 Year Warranty
Resin based compound stone products which mainly consists of: – Innumerable particles of Quartz, which are set very close to each other thanks to use of the exclusive BRETONSTONE SYSTEM technology of vibro-compression under vacuum. – A structure which is formed by chains of polymers that wrap themselves around each individual particle of quartz and then, once the chemical links have been set, binds them permanently together by means of an adhesion promoter. Such a promoter adheres to the molecules of quartz through a silicon- functional bond and to the chains of polymers by way of an organic-functional bond. The result is a compound material, not existing in nature, which represents an ideal product for modern building industry.