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Vanilla marble brings quiet luxury to both living and working spaces. The stone displays a soft cream background laced with light beige or grey veins, so it harmonises with almost any palette. Because its appearance is understated, it never overpowers neighbouring materials, yet the subtle gleam of a polished face still signals refinement. Contractors value that vanilla marble reaches them in large, sound blocks, allowing projects to finish with fewer joints and less waste. These combined strengths explain why demand for the material continues to grow worldwide.
When project deadlines and reputations are on the line, dependable sourcing matters as much as design flair. JAM Stone Co has spent more than one decade mastering every stage of vanilla marble production, from quarry to final polish. Integrated operations, in-house quality labs, and ISO 9001 certification mean each shipment matches the last in colour and finish. Flexible minimum order quantities and worldwide logistics let architects specify the stone with confidence, whether they need a single reception desk or thousands of square metres for a hotel lobby.
Vanilla marble is a metamorphic rock made mainly of calcite, formed when limestone faces heat and pressure deep in the earth. Its mineral content is over 95 percent calcium carbonate, with minor traces of dolomite and quartz. Uniform cream colour comes from fine crystal size, while the occasional thin vein reveals earlier stress lines. Reserves lie in Iran, Greece, and Turkey, where benches are quarried in large volumes. Thanks to low porosity and good density, this marble can be cut into wide panels without losing strength or shape.
Laboratory reports list bulk density between 2.6 and 2.8 g/cm³, placing vanilla marble among the heavier decorative stones. Open porosity stays below 1 percent, so water absorption rarely passes half a percent by weight. Compressive strength can reach 120 to 140 megapascals, while flexural strength averages twelve megapascals. These figures let the stone resist common impact and maintain sharp edges after shaping. On the Mohs scale, it scores about 3.5, which offers reasonable scratch resistance for interior floors and walls.
Vanilla marble is more than 95 percent calcite, with tiny traces of dolomite and quartz. Porosity stays under 1 percent, so only minute closed pores exist. Veins sometimes hold micro amounts of iron oxide or mica, but these do not change structure. Overall mineral mix gives a stable, uniform stone.
Base colour ranges from warm cream to soft beige, though subtle shifts occur across a single block. Veins appear in pale cocoa or fine grey lines that wander irregularly rather than forming straight bands. Because vein density is low, patterns remain calm, letting designers book-match large panels without visual chaos.
Bulk density measures around 2.6 and 2.8 g/cm³, a level that supports even heavy foot traffic. Water absorption seldom exceeds 0.5 percent by weight, confirming near-closed pores. Such density reduces staining risk and improves bonding with sealers, making vanilla marble reliable for both polished and honed finishes.
Mohs hardness sits near 3, resisting daily scuffs yet still allowing precise cutting. Compressive strength peaks around 120 to 140 megapascals, while flexural strength averages twelve megapascals, so slabs handle moderate loads comfortably without bowing. These metrics give contractors confidence when setting large tiles or installing tall interior cladding.
Natural inclusions are mild: occasional clay seams stay below 0.3 millimetres and rarely reach the surface after polishing. Stylolites are uncommon and fine hairline fissures receive clear resin at the factory. Once processed, the stone displays less than 2 percent visible imperfections, meeting premium quality expectations for high-profile projects.
When polished, vanilla marble reflects light at over 85 gloss units, giving a clear but not glaring shine. A honed or leathered finish lowers the gloss and adds slight texture, which helps control slipperiness on stairs and bathroom floors. The colour stays stable under indoor daylight, yet the high calcium content makes the surface sensitive to strong acids. A penetrating sealer applied during installation, and renewed every one or two years, prevents deep stains and eases cleaning. Freeze–thaw tests show acceptable performance when the stone is properly sealed.
Under strong light, thin sections transmit a gentle glow, yet the stone’s main charm is its calm, even polish above 85 gloss units. When honed, the surface turns velvety without muddying colour. These traits let designers use vanilla marble alongside metal, wood, or glass, maintaining balanced visual harmony throughout spaces.
The calcite matrix gives a smooth, cool touch that feels solid yet refined. Micro-pits smaller than one-tenth of a millimetre appear only after heavy honing and do not catch dirt. Walking barefoot on a leathered finish feels warm due to gentle surface undulations, adding comfort in bathrooms or spa areas.
Indoors, colour remains stable under normal sunlight, while sealed slabs withstand 25 freeze–thaw cycles without cracking. Acidic liquids, however, can etch unprotected surfaces within one minute, so sealing and quick spill removal are vital. Outdoors, a breathable impregnator significantly reduces moisture ingress and prevents light efflorescence in humid climates, thereby extending service life.
Because the stone is roughly 95 percent calcium carbonate, acids quickly react with the surface, leaving dull spots if not sealed. A good penetrating sealer slows chemical attack and buys time for cleaning. Routine pH-neutral maintenance preserves gloss and guards grout lines against etching that might potentially eventually loosen tiles.
Factories cut vanilla marble into slabs that often measure three metres by 1.8 metres in 20 millimetre thickness. Tiles come in popular sizes such as 60 × 60, 30 × 60, and 30 × 30 centimetres, usually at 10 or 12 millimetres thick. Clients may order cut-to-size pieces for stair treads or vanity tops, while mosaics dress small feature areas. Outdoor projects sometimes use 30 millimetre pavers with a sand-blasted surface for extra grip. Quarry blocks can weigh up to 25 tonnes and supply large book-matched wall panels.
Standard slabs measure 3 metres by 1.8 metres at 20 millimetres thick, permitting expansive worktops and wall panels with fewer seams. Factories can also produce 15 millimetre sheets for weight-sensitive cladding or 30 millimetre formats for kitchen islands needing extra edge depth. However, it should be noted that 15 mm slabs above 2.4 m length require full-back mesh or aluminum honeycomb to ensure safe transport. Book-matched pairs are available for architectural statement walls.
Most indoor floors use 60 × 60 centimetre tiles at 10 or 12 millimetres, giving a modern grid with easy handling. Rectangular 30 × 60 centimetre pieces suit narrow corridors or wainscot applications. For classic layouts, 30 × 30 centimetre squares provide balanced proportions. All tiles arrive rectified to allow precise, still slim 2 millimetre grout joints.
Custom fabrication delivers stair treads, window sills, and vanity tops cut to exact drawings, normally in 20 or 30 millimetre thicknesses. Edges can be eased, bevelled, or ogee-shaped using CNC routers. This service reduces onsite labour, ensures perfect fit around cabinetry or niches, and maintains colour continuity across combined elements.
Sheet-mounted mosaics featuring 23 millimetre squares, hexagons, or herringbone strips allow creative accents on shower walls and splashbacks. Each sheet covers roughly 300 square centimetres and bends gently around curved features. Tight joint gaps mean limited grout upkeep, while the small chip size highlights the marble’s clean, calm colour spectrum.
For sheltered patios in warm climates, 30 millimetre thick pavers are cut in 40 × 40 or 40 × 60 centimetres and sand-blasted for slip resistance. Because absorption is low, seasonal sealing stops freeze damage in borderline zones. Matching bullnose steps effectively tie pool surrounds to interior flooring for a visually pleasing continuous design language.
Skirting boards between 80 and 120 millimetres high protect wall bases from cleaning equipment and foot scuffs. They are milled from the same slab batch, keeping colour consistent with adjacent flooring. A small top bevel eases dusting and prevents sharp edges. Pre-cut lengths significantly speed onsite installation time.
Quarry benches yield blocks up to 2.7 metres long, 1.5 metres high, and over a metre deep, weighing about 25 tonnes. Dense structure means minimal waste during primary sawing. Buyers can order visually consistent shade-matched sets for large façades, ensuring colour continuity from ground-floor plinths to upper-storey window panels of a project.
Neutral colour, fine grain, and moderate strength make vanilla marble suitable for many interior uses. Architects specify it for hotel lobbies, office reception desks, bathroom walls, and medium-traffic floors where a calm, warm tone is needed. The stone also works for light-use kitchen counters when the owner follows sealing rules. Staircases, window sills, and baseboards from the same block create unity in high-end homes. Exterior façades in mild climates accept the stone if installers use a quality sealer and allow adequate joint width.
Market price does not rely on a single factor but on a set of linked elements. Uniform colour with very few veins reduces sorting and boosts yield, so it earns a premium. Large, defect-free blocks cut into wide slabs lower waste and freight cost per square metre. Special textures, extra thickness, and long transport routes raise overall project totals.
First-choice grade presents an unwavering cream colour with barely visible veins under half a millimetre wide, so installers waste less material on matching. Secondary grades show heavier veining and occasional cloudy patches, increasing sorting labour.
Larger blocks deliver more wide slabs with book-match potential, reducing joint lines on floors and walls. High yield lowers cutting waste, freight cost per square metre, and production time. Small or fractured blocks require extra netting and resin, significantly raising processing expenses that feed into the final overall project quotation.
Advanced CNC saws, vacuum resin lines, and multi-head polishers give a flat, bright surface that meets strict reflection tests. Lower-grade plants may leave swirl marks or waviness that installers must grind out onsite, increasing labour. Consistent factory precision from JAM Stone Co supports predictable budgets and tighter overall site scheduling.
Polished surfaces cost least per square metre because the workflow is standardised. Leathered, brushed, or water-jet patterned faces demand extra passes through specialised equipment and hand inspection, raising labour hours. Such bespoke textures add design value but can lift project totals by ten percent or more, especially on large panels.
Requesting slabs thicker than thirty millimetres or oversized tiles beyond sixty-centimetre edge lengths increases saw wear and shipping weight. Thicker pieces need slower feed rates and longer polishing cycles. Conversely, very thin fifteen-millimetre cladding saves weight but calls for careful handling and stronger bonding mortars, adding secondary overall material cost.
Freight represents a notable share of landed cost, so quarry proximity to sea ports and weekly vessel schedules matter. Seasonal extraction pauses during heavy rain or extreme heat can tighten supply, lengthening lead times. Early order placement secures production slots and reduces risk of last-minute airfreight surcharges that inflate budgets.
Extraction starts by drilling and passing a diamond wire through the planned bench until the stone separates from the mountain. Crews apply a resin-and-net treatment on site to stabilise micro cracks before blocks travel by truck to cutting plants. Inside the factory, multi-wire saws slice the blocks into slabs, which move through vacuum resin lines and polishing heads. After a digital scanner checks colour and size, workers place slabs on heat-treated wooden A-frames and tiles in labelled crates. Finally, packed stone enters containers that maximise space and minimise handling damage during sea transport.
Routine care is straightforward but must be consistent. Cleaners should sweep or vacuum dust each day and wipe spills at once to stop staining. A pH-neutral detergent diluted in warm water removes normal soil without harming the surface. Never use acidic or abrasive products, as they can etch or scratch the calcite crystals. Felt pads under furniture legs protect polished floors from rubbing marks. Interior surfaces need a new penetrating sealer every twelve to eighteen months, while outdoor areas should be resealed more often, especially where freeze-thaw cycles or heavy rain are common.
JAM Stone Co. controls every step from quarry to final inspection, which lets architects receive stone that matches approved samples each time. The company acts as a leading supplier of vanilla marble by securing long-term rights to consistent cream benches in central Iran. Its factories use vacuum resin lines and gloss testers to confirm each slab meets the required density, colour range, and shine before packing. Batch codes and barcodes allow clients to trace each shipment back to the original block, helping large projects keep colour continuity across many delivery lots.
For international buyers, steady logistics matter as much as material quality. JAM Stone Co fills this need by operating its own cutting lines near the port corridor and by holding ISO 9001 and CE certificates. As an experienced exporter of vanilla marble, the firm ships containers regularly to Europe, the Gulf, and East Asia, offering flexible minimum order quantities that match project scale. Multi-stage quality checks, visual grading, dimensional scanning, and edge integrity tests, run before each container leaves the yard, lowering breakage rates and helping contractors schedule work with confidence.
JAM Stone Co. sources vanilla marble from exclusive benches in Iran’s Fars province, an area famed for uniform beige beds. Direct control over drilling plans lets the team secure blocks with steady hue and low fissure count. Water-recirculation systems cut freshwater use by 70 percent, and dust suppression keeps local air clear. Because the quarry lies less than three hours from the processing plant, blocks arrive quickly, reducing handling damage and preserving natural moisture levels that aid later polishing.
In the finishing facility, JAM Stone Co. operates automated packing lines that wrap each slab in foam sheets before strapping them to steel-reinforced A-frames. Tiles travel in double-wall cartons inside moisture-barrier crates, each bundle tagged with a QR code that links to batch data. Container layouts are software-optimised to use space efficiently and keep breakage below two percent. Such careful packing practices confirm the firm’s reputation as a trusted provider of vanilla marble on international projects for architects worldwide.
Address: No. 1014, JAM Center, Jamaran St., Niavaran, Tehran, Iran – 1977763988
Email: info@jamstoneco.com
