Turkish Grey Moca Limestone Block is natural sedimentary fossil‑rich limestone quarried from Elazig, Turkey. Silver‑grey base blended with soft mocha‑brown hues with scattered fossil fragments. Good machinability and moderate weather resistance. Quarry blocks can be processed into slabs, tiles & cut‑to‑size for residential & commercial projects. It is porous, sealing treatment is essential for wet or acid‑exposed applications to avoid stain & erosion
Turkish Grey Moca Limestone Blocks (Turkish Moca Grey Limestone Quarry Blocks) are among the most prestigious, architecturally acclaimed, and globally specified raw stone exports from Turkey’s mineral-rich geological formations — a dense, fine-grained sedimentary limestone revered in modern building design. Its hallmark is a sophisticated cool grey to smoky ash-beige background, characterized by a distinctive parallel linear grain, soft pale-grey striations, and uniform micro-fossilized marine inclusions that produce a harmonious, contemporary visual flow. Celebrated for its remarkable structural homogeneity, excellent thermal insulation, and low porosity compared to standard limestones, this prime selection of Turkish quarry blocks represents the pinnacle of natural architectural stone. Its well-squared block geometry, consistent linear grain alignment, and superior workability make these raw quarry blocks the top-tier material of choice for high-yield gangsaw slab production, large-scale exterior ventilated facade panels, carved architectural elements, ashlar masonry, and commercial cut-to-size cladding worldwide.
This block has been assessed as fully compatible with modern limestone gangsaw machinery, heavy-duty circular block cutters, and high-precision diamond multi-wire saws. Standard block dimensions of L-(250–300) cm × B-(150–180) cm × H-(140–170) cm fall directly within the optimal range for high-yield architectural panel and slab production. Turkish Grey Moca Limestone’s consistent sedimentary matrix and absence of hard silica nodules allow for smooth, low-vibration sawing, rapid cutting speeds, and low diamond segment wear, making it an exceptional candidate for high-volume commercial cladding projects with high net recovery rates.