Persian Green Onyx
The Persian Green Onyx, originating from Iran, is a precious material characterized by a delicate light green background and brown and white veins. Due to its translucency, it is particularly suitable for backlighting applications, enhancing its natural beauty.
This onyx is ideal for flooring, cladding, stairs, tables, and sinks, adding a touch of elegance and refinement to any environment, both residential and commercial.
Product description
Persian Green Onyx is a natural stone distinguished by its refined light green shade, enriched with brown and white veins. Its unique translucency makes it perfect for creating backlighting effects that enhance its hues and add a unique atmosphere to spaces. Versatile in applications, it is ideal for creating elegant flooring, sophisticated cladding, and decorative details such as tables and sinks, adding a touch of luxury and originality.
Data sheet
| Country of origin | Iran |
| Availability | Limitata |
| Compressive tensile strength | 940 kg/cm2 |
| Compressive tensile strength after freezing cycles | 935 kg/cm2 |
| Unit breaking load in bending | 125 kg/cm2 |
| Coefficient of linear thermal expansion | 0,0050mm/m°C |
| Water imbibition coefficient | 0,13% |
| Impact resistance, minimum drop height | 30 cm |
| Friction wear | – |
| Weight per unit volume | 2430 kg/m3 |
Related materials
Persian Green Onyx is a natural stone distinguished by its refined light green shade, enriched with brown and white veins. Its unique translucency makes it perfect for creating backlighting effects that enhance its hues and add a unique atmosphere to spaces. Versatile in applications, it is ideal for creating elegant flooring, sophisticated cladding, and decorative details such as tables and sinks, adding a touch of luxury and originality.
Data sheet
| Country of origin | Iran |
| Availability | Limitata |
| Compressive tensile strength | 940 kg/cm2 |
| Compressive tensile strength after freezing cycles | 935 kg/cm2 |
| Unit breaking load in bending | 125 kg/cm2 |
| Coefficient of linear thermal expansion | 0,0050mm/m°C |
| Water imbibition coefficient | 0,13% |
| Impact resistance, minimum drop height | 30 cm |
| Friction wear | – |
| Weight per unit volume | 2430 kg/m3 |