Marble

Ceppo Marble

Ceppo Marble presents a charcoal-grey conglomerate ground embedded with angular clasts for interior wall cladding and floor tile and exterior facade cladding and pavers.

OriginTurkey
ColorBrown - Blue
Stone TypeMarble
The Stone

About This Stone

Ceppo Marble displays a deep charcoal-grey matrix densely populated with rounded and angular clasts in varying shades of dark grey, ash, and near-black stone fragments.

Surface variation reveals fine calcitic micro-fissures and irregular aggregate groupings, creating diverse textural distribution and contrasting tonal density across the stone plane.

Use Cases

Best Applications

Interior Design (Wall Cladding and Floor Tile)
Exterior Design (Facade Cladding and Paver)
Furniture (Table, Coffee Table, Console Table, Fireplace and etc.)
Mosaic and Design
Kitchen Area (Countertop and Backsplash)
Sanitary Compartment (Bathroom Floor and Wall)
Why Us

Why Choose Ceppo Marble

Aggregate Character

Clustered natural clasts provide prominent visual depth across surfaces.

Neutral Palette

Deep grey and charcoal tones blend with surrounding architectural finishes.

Textural Balance

Interspersed fragment densities create an organic composite aesthetic.

Surface Continuity

Balanced tonal variation supports cohesive large-format planar installations.

Ready to start your project with Ceppo Marble?

Get in touch with our team to discuss your requirements and receive a custom quote.

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Frequently Asked Questions

Questions about Ceppo Marble

What visual pattern characterizes Ceppo Marble?▾
The surface displays a composite conglomerate pattern composed of charcoal-grey clasts and fine mineral veining embedded within a dark ground.
How does tone variation present across Ceppo Marble?▾
Sections shift between deep charcoal and medium grey, driven by irregular distributions of embedded aggregate fragments and calcitic micro-lines.
Which architectural treatments pair with Ceppo Marble?▾
Muted timber, brushed metal hardware, and neutral concrete finishes complement the deep stone matrix without competing against the aggregate patterning.