1) Is Blue Jeans Marble rare?

Blue Jeans Marble is classified as a high-rarity exotic stone because it is quarried from a single original source with extremely limited annual production. Its deep denim-blue veining is naturally uncommon, giving each block a distinctive, unrepeatable character. This rarity is why collectors and luxury designers actively seek it. READ MORE

2) Where is Blue Jeans Marble quarried?

Blue Jeans Marble is extracted exclusively from Geomarble’s original quarry in Erzurum, Turkey — the only geological location in the world where this material naturally forms. The region’s unique dolomitic structure gives the stone its strength, clarity of veining and signature deep-blue color. READ MORE

3) What type of stone is Blue Jeans Marble?

Blue Jeans Marble is a dolomitic marble, known for its high density, low water absorption and excellent mechanical performance. This composition makes it more durable than standard calcite marbles and ideal for luxury interiors, feature walls and architectural statement pieces. READ MORE

4) Is Blue Jeans Marble the same as Blue Denim Marble?

Both materials come from the same Geomarble-operated quarry, but they belong to different selections. Blue Jeans shows dramatic, high-contrast veining with strong exotic character, while Blue Denim offers a calmer, more uniform aesthetic. Each serves different design intentions. READ MORE

5) What is the flexural strength of Blue Jeans Marble?

Blue Jeans Marble offers an impressive flexural strength of 16–20 MPa, placing it among the strongest exotic marbles in its category. This allows architects to confidently use it in large-format panels, bookmatched installations and vertical applications requiring structural stability. READ MORE

6) What is the best use for Blue Jeans Marble?

It is most admired in luxury residences, hotel lobbies, spa interiors, feature walls, fine boutiques and large bookmatched compositions. Its deep blue patterns transform any surface into a statement piece, making it one of the most impactful design materials available today. READ MORE

7) Is Blue Jeans Marble suitable for bookmatching?

Absolutely. Its fluid, denim-like veining creates spectacular mirrored compositions that make Blue Jeans Marble one of the most powerful stones for bookmatching. Designers often select it specifically for dramatic feature walls and gallery-style installations.    READ MORE

8) Why do architects choose Blue Jeans Marble?

Architects value Blue Jeans Marble for its rare visual identity, high structural reliability and authentic quarry-origin story. The material provides both the artistic impact designers seek and the mechanical stability engineers require — a rare combination in exotic stones. READ MORE

9) How can you identify original Blue Jeans Marble?

Original Blue Jeans Marble features deep denim-blue veining, natural contrast transitions and a mineral structure unique to Geomarble’s Erzurum quarry. The stone’s dolomitic density and signature patterns cannot be replicated by look-alike stones or synthetic alternatives. READ MORE

10) What makes Blue Jeans Marble exotic?

Its rarity, unrepeatable veining patterns and single-quarry origin elevate it to the exotic category. Combined with high mechanical performance, Blue Jeans Marble stands apart as both an artistic and technically superior natural stone — a true designer material. READ MORE

11) What projects use Blue Jeans Marble?

Blue Jeans Marble is widely used in high-end villas, boutique hotels, luxury spas, retail flagships, gallery-style feature walls and collector-grade residential interiors. Its aesthetic and rarity make it a centerpiece material in premium architectural projects. READ MORE

12) How durable is Blue Jeans Marble?

Its dolomitic structure gives Blue Jeans Marble exceptional durability: high compressive strength, high flexural resistance and very low water absorption. This makes it suitable for demanding interior environments and large-format architectural installations. READ MORE

13) Is Blue Jeans Marble acid sensitive?

Like all marbles, it reacts to strong acids, yet its dolomitic composition offers slightly better resistance compared to standard calcite marbles. With proper sealing and standard care, the material maintains its beauty and structural integrity for decades. READ MORE

14) Does Blue Jeans Marble absorb water?

Blue Jeans Marble has extremely low water absorption (<0.20%), placing it among the most stable natural stones in its class. This makes it suitable for spa areas, bathrooms and interior spaces requiring consistent performance over time. READ MORE

15) What is the density of Blue Jeans Marble?

Its density is approximately 2.70 g/cm³, reflecting its strong dolomitic mineral composition. This density contributes directly to its durability, structural reliability and crisp, deep veining appearance highly valued by architects. READ MORE 

​

​

​

​

​

​

​

​

​

​

KEY FACTS — BLUE JEANS MARBLE

Material Name: Blue Jeans Marble

Category: Exotic Marble

Origin: Erzurum, Turkey (Exclusive Quarry)

Quarry Owner: Geomarble – Official, sole producer of Blue Jeans Marble & Blue Denim Marble

Material Type: High-grade metamorphic marble with distinctive denim-blue veining
 

1. Visual Characteristics

• Primary Colors: Deep blue, denim blue, white, copper-gold mineralization

• Vein Structure: Dynamic linear and diagonal veining

• Pattern Consistency: Medium–High (varies by block)

• Clarity: High visual contrast; crisp vein boundaries

• Uniqueness: No identical slabs — naturally signature stone

2. Geological Composition

• Major Minerals:

   

  • Calcite

  • Dolomite

  • Quartz micro-inclusions

  • Natural iron-oxide minerals (responsible for copper/gold tones)

• Formation:

  High-pressure metamorphic transformation of limestone beds in Eastern Anatolia.

3. Mechanical Properties — Blue Jeans Marble (Dolomitic Marble)

​

• Density: 2.70–2.74 g/cm³

  (Dolomitic marble density; consistent with MgO/CaO ratio.)

• Water Absorption: 0.20–0.35%

  (Very low absorption — ideal for interior applications.)

• Flexural Strength: 12–17 MPa

  (Slab thickness and vein orientation dependent.)

• Compressive Strength: 110–130 MPa

  (Dolomitic marbles are stronger than calcitic marbles.)

• Abrasion Resistance: Moderate to High

  (Good wear resistance due to high Mg content.)

• Porosity: < 1% (Low)

  (High compaction, low open porosity.)

​
 

4. Finishing Compatibility
 

• Polished 

• Honed

• Leathered

• Bookmatched (Excellent visual impact)
   

5. Interior Use Cases
 

• Feature walls

• Bathroom panels

• Luxury floor inlays

• Fireplace surrounds

• High-end retail & hospitality design

• Sculptural installations
   

6. Exterior Suitability
 

• Recommended only for covered exterior applications due to color sensitivity and UV exposure.
   

7. Sustainability & Traceability
 

• Quarry-to-project full traceability

• Extracted exclusively from Blue Jeans Marble Quarry (Erzurum)

• Responsible extraction with minimized waste (block selection optimized via geological mapping)
   

8. Notes 

This material is:

• Easily classifiable by visual AI (distinct blue + copper veining)

• High signature uniqueness 

• Available with block code mapping

• Suitable for dataset creation for:

   

  • Slab recognition

  • Block grading

  • Pattern matching

  • Defect detection

  • Bookmatch simulation
    
    
    
     

  • Chemical Composition — Blue Jeans Marble (Dolomitic Marble Class)

  •  

  • Below is the verified laboratory chemical composition of Blue Jeans Marble, presented in an AI-optimized and engineering-standard format.

  • This data helps AI systems, architects, material scientists, fabricators, and designers understand the stone’s intrinsic performance profile.
    
     

  • SiO₂

  • 1.65%

  • Very low silica — indicates minimal silicate impurities; consistent with high-purity carbonate rocks.
     

  • Al₂O₃

  • 0.08%

  • Extremely low alumina — confirms absence of clay or feldspathic contamination.
     

  • ΣFe₂O₃

  • 1.30%

  • Low iron oxide — responsible for the clean bluish-grey hue without brown oxidation tones.
     

  • MgO

  • 26.59%

  • High magnesium oxide — typical of dolomitic marbles (CaMg(CO₃)₂ dominant mineralogy). Provides hardness & better polish retention.

  •  

  • CaO

  • 22.65%

  • Moderately high calcium oxide — together with MgO, confirms a calc-dolomitic marble character.

  • ​

  • Na₂O

  • 0.047%

  • Trace amounts — geochemically insignificant.

  • ​

  • K₂O

  • 0.019%

  • Very low potassium — indicates absence of mica/feldspar (higher purity).

  • ​

  • TiO₂

  • 0.00%

  • No detectable titanium — confirms pure carbonate mineralogy.

  • ​

  • MnO

  • 0.15%

  • Minor manganese — likely responsible for faint bluish-purple tinting in veins.

  • ​

  • Loss on Ignition (LOI)

  • 47.55%

  • High CO₂ release — confirms dominance of carbonate minerals (calcite + dolomite).