Agora Beige Marble Slab

A: Yes. Normally 1–2 samples can be provided without a sample charge, subject to current material availability. Typical sample sizes range from 100 × 100 mm to 200 × 200 mm, and the customer pays the courier cost. A small sample is useful for checking base color, finish and material response, but it cannot show a full slab's vein movement or the complete range across a lot. For procurement decisions, review the sample together with current slab photos or videos and clearly identify the approved finish.

A: The stated standard thickness tolerance is ±1 mm. Before ordering, the buyer and supplier should confirm the nominal thickness, where and how thickness will be measured, sampling frequency, treatment of local variations, and any tighter project requirement in the contract, approved drawings or inspection standard. Edge build-ups, mitred details, tile calibration, substrate tolerance and adjoining materials can require additional coordination. Do not assume that a nominal slab thickness alone defines the finished assembly thickness.

A: Inspection focuses on issues that may affect safe handling or fabrication and on whether the slabs fall within the buyer-approved visual range. Checks include cracks that may affect handling or cutting, overall pattern coordination, unusually large and visually discordant black areas, surface condition, and the accepted range of color and veining. The review should carefully distinguish natural veins, mineral markings, healed features and accepted resin or mesh treatments from unstable structural cracking, transport damage or processing defects. Acceptance criteria should be recorded before shipment because natural marble is not visually uniform.

A: Yes, current-lot photos and videos can be provided when slabs are available. The review can include slab numbers, overall face images, selected close-ups, surface observations and confirmation of the color and vein range. Request consistent lighting, dimensions or a scale reference, and identification that links the media to the quoted slabs. Digital images are an important selection tool but can be affected by lighting, camera settings and screens; combine image approval with samples or in-person inspection when the project's visual tolerance is narrow.

A: Yes. Landiview Stone supplies project-specific cut-to-size and finished stone in addition to slabs. The usual workflow is: the client submits architectural drawings; the technical team develops stone shop drawings for review; current slab images are submitted, or selected blocks may be investigated for custom sawing if existing slabs are unsuitable; the client approves both drawings and slabs; slab scans are used for AutoCAD cutting and vein-layout simulation; approved pieces are fabricated; the factory performs dry layout, inspection, replacement of nonconforming pieces where needed, and piece numbering; vulnerable parts then receive appropriate protection, temporary reinforcement and export packing. See how to order cut-to-size stone from China.

A: Yes. The technical team can review architectural information and prepare stone-specific shop drawings for client or design-team approval. The drawings may coordinate dimensions, thicknesses, visible faces, finishes, joints, cutouts, edge details, piece references and fabrication information. The client should provide the latest architectural drawings, schedules, appliance or fixture templates and written project requirements. Shop drawings are coordination and fabrication documents; they do not replace the structural, code, waterproofing or installation responsibilities of locally licensed professionals. Read the guide to what cut-to-size stone means for project procurement.

A: Selected slabs can be scanned and used as the visual base for an AutoCAD cutting and vein-layout simulation before physical cutting. The client reviews planned piece positions, directions and adjacency; after approval, fabrication follows the layout. Factory dry layout then checks the actual finished pieces together, supports replacement decisions where needed, and enables piece numbering for the installation team. This workflow reduces information gaps and helps align the approved layout with the expected installed appearance. It cannot eliminate natural variation, fabrication tolerances, photography differences or site-installation effects. See natural stone slab layout in AutoCAD.

A: Packing is designed around the actual stone form, geometry, weight, cutouts, handling method, container plan and route. Slabs may use robust export wooden frames or an A-frame/support arrangement selected for the load. Finished products may use liners, shock-absorbing materials, custom foam, separators, plywood support, edge protection and positioning elements. Sink or cooktop cutouts, long backsplashes, thin strips, vanity tops, fireplace parts, narrow wall panels and vulnerable corners may receive temporary support strips applied over protective film; these are removed before installation according to instructions. Solid-wood packaging must use materials compliant with destination-country requirements, including ISPM 15 where applicable.[5][6] Slab handling remains hazardous and requires trained procedures and suitable equipment.[4] See how to protect natural stone during shipping.

A: Use a pH-neutral cleaner intended for natural stone, deal with spills promptly, and avoid unidentified acidic, strongly alkaline or abrasive products and tools. The Natural Stone Institute identifies marble as calcareous and therefore sensitive to acidic solutions; it recommends mild non-acidic cleaning, blotting spills, rinsing and drying with a soft cloth.[1] Use mats at entrances and non-scratch tools on floors. Sealer selection and reapplication intervals depend on the stone, finish, use, exposure and the sealer manufacturer's instructions. A sealer may help manage staining but should not be presented as preventing acid etching. Follow the stone supplier, product manufacturer, project specification and qualified maintenance professional.

A: It can be used for kitchen islands and countertops when the owner accepts marble's care profile and the assembly is properly designed and installed. Buyers should consider acid etching, staining exposure, edge and cutout geometry, support, seams, finish and daily cleaning practices. Approve the actual slabs and prominent vein relationships before cutting. Large openings, cantilevers, mitred edges and narrow rails require project-specific review. Local fabricators and installers should verify templates, supports, movement, appliance clearances and installation conditions. Where the project requires measured performance, request relevant test data for the supplied material rather than relying on the product name.

A: Neither finish is universally better; the choice depends on appearance, traffic, wet exposure, cleaning regime and required slip-resistance criteria. Polished marble is more reflective and can show a richer visual depth, while honed marble gives a lower-sheen appearance. Finish names do not prove compliance with a project's slip requirement. For public, wet or high-traffic areas, the specifier should establish the applicable test method and acceptance value, then review relevant data for the actual finish. Substrate, setting system, jointing, entrance mats and ongoing grit removal also affect service conditions and appearance.[1]

A: The standard slab thickness is 18 mm, and 20 mm or 30 mm slabs can be discussed as custom block-sawn options. The additional thicknesses depend on suitable block selection, project quantity, finished size, yield, current availability and production planning. State the nominal and acceptable thickness, finish, required net dimensions and edge treatment in the inquiry. For complex assemblies, thicker material is not automatically a substitute for proper support, reinforcement or engineering. The selected thickness should be coordinated with spans, cutouts, edge build-ups, installation system, adjacent finishes and local professional requirements.

A: Price is project-specific and is affected by the selected slab or block range, thickness, finish, quantity, usable yield, fabrication complexity, inspection, packing and delivery destination. Prominent vein matching, large finished sizes, mitred details, sink or cooktop openings, integrated components, tighter visual selection and replacement allowances can influence material usage and labor. Custom-sawn 20 mm or 30 mm slabs may have different block, sawing and yield economics from current 18 mm slabs. Send a cutting list or drawings for a meaningful quotation; a generic per-square-meter figure may omit important scope.

A: Specific slab reservation can be discussed, subject to current availability and agreed commercial terms. The approval record should identify each slab number, dimensions, thickness, finish, visible condition and intended allocation. Confirm how long the reservation remains valid, what payment or deposit is required, whether slabs may be substituted, and which approval is needed for a substitution. For cut-to-size work, preserve traceability from approved slab images through the cutting layout, piece numbering, inspection and packing records.

A: Provide the required product form, dimensions, thickness, quantity, finish, application and delivery destination. For slabs, add target slab size, selection range and whether current photos, video or physical inspection is required. For finished work, attach architectural drawings, stone schedules, cutting lists, quantity takeoffs, edge details, cutout or fixture templates, visible-face requirements and the desired approval process. Also state packaging, documentation, inspection and destination import requirements. Landiview Stone can then clarify available slabs, block-sawing feasibility, shop drawings, vein layout, fabrication scope and export protection without making unsupported assumptions.