Silvia Beige Marble

Silvia Beige Marble is a type of Egyptian marble that is extracted from the Egyptian desert and is famous for its unique brown veins and elegant beige color. Egyptian marble, especially Silvia Marble, is characterized by a mixture of patterns and colors, which gives it a luxurious and attractive appearance.

Features of Silvia Beige

  • Color: Silvia Beige Marble typically exhibits a range of beige tones with occasional veining in darker shades of brown or gray. The overall effect is a warm and neutral color palette that blends well with various design schemes.

  • Veining and Patterns: It often features prominent veining patterns that can be straight or slightly wavy. These veins may vary in intensity from piece to piece, adding a unique character to each slab.

  • Texture: The texture of Silvia Beige Marble is generally smooth and polished, making it suitable for interior applications where a refined finish is desired. Honed and brushed finishes are also available, offering different tactile experiences.

  • Durability: Like other types of marble, Silvia Beige Marble is relatively durable but requires proper sealing and maintenance to prevent staining and etching from acidic substances.

  • Applications: It is commonly used for countertops, flooring, wall cladding, and bathroom surfaces due to its aesthetic appeal and workable nature. It can also be used in decorative accents such as fireplace surrounds and tabletops.

  • Origin: Silvia Beige Marble is quarried in various locations around the world, including Turkey and Italy. Different sources may slightly vary in appearance and veining patterns.

Uses of Silvia Beige

  • Kitchen and bathroom countertops
  • Flooring
  • Wall cladding
  • Backsplashes
  • Fireplace surrounds
  • Decorative accents

Technical Specifications :

  • Compressive Strength (ASTM C 170):13 300 psi
  • Flexural Strength (ASTM C 880):1 600 psi
  • Abrasion Resistance (ASTM C 241/ C 1353): 26.4 Ha
  • Density (ASTM C 97):  2 618 kg/m3
  • Water Absorption (ASTM C 97): 0.29 % Modulus of Rupture
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