Extreme close-up of a freshly planed grey granite slab, showing sharp cut edges and crystalline mineral structure under cold overcast daylight, desaturated slate tones.
Extreme close-up of a freshly planed grey granite slab, showing sharp cut edges and crystalline mineral structure under cold overcast daylight, desaturated slate tones.
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Technical Documentation
GEOLOGICAL SPECIFICATIONS

Structural Ukrainian Granite

Certified high-density granite blocks and planed slabs engineered for extreme load-bearing infrastructure, heavy civil engineering, and massive commercial masonry.

Massive block of red Ukrainian granite on a water-cooled cutting bed, water spray reflections, overcast light.
Massive block of red Ukrainian granite on a water-cooled cutting bed, water spray reflections, overcast light.
Raw quarry face of grey granite with deep vertical drill marks, cold slate tones, sharp focus.
Raw quarry face of grey granite with deep vertical drill marks, cold slate tones, sharp focus.
Planed slab of black gabbro stone, showing deep charcoal tones and ultra-precise diamond-cut edges.
Planed slab of black gabbro stone, showing deep charcoal tones and ultra-precise diamond-cut edges.
PRODUCTION GRADES

Three High-Density Deposits

Pokostivske Red

Zhezhelivske Grey

Bukynske Black

Coarse-grained red granite with exceptional compressive strength, engineered specifically for heavy-duty paving, structural foundations, and civil engineering.

Uniform dark grey mineral structure, rigorously tested and engineered for high-traffic public plazas, massive bridge abutments, and marine infrastructure.

Dense, low-porosity black stone with near-zero water absorption, specified directly for monumental architecture and precision structural foundations.

LABORATORY TESTING

Verified Physical Metrics

165 MPa

Compressive Strength

0.12%

Water Absorption

150 Cycles

Frost Resistance

Tested under extreme static loads to ensure absolute structural integrity in high-bearing civil applications and heavy-duty infrastructure.

Near-zero porosity prevents internal moisture expansion and micro-cracking, securing a long-term structural lifespan in saturated environments.

Rigorous freeze-thaw testing guarantees structural performance and material stability across harsh sub-zero Northern and Eastern European climates.

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ACQUISITION

Secure Specifications

Request physical stone samples or download complete geological certificates and load-bearing test reports for your engineering team.