Natural stone

Natural stone must be identified before cleaning. Acid sensitivity, porosity, finish type, and sealer condition determine the safe lane.

• Etching on finishes — surface + problem playbook · Problem guide

  Chemical dulling risk on acid-sensitive stone.

  Recommended solution

  Stop and assess

  Workflow: Confirm the surface and problem before choosing products.

  Tools: Microfiber cloths, Soft microfiber, Neutral mop pad

  Chemistry: Label-rated cleaner, Surface-appropriate cleaner

  Product summary: No product match yet.
• Organic stains — surface + problem playbook · Problem guide

  Pigment or oil absorption risk.

  Recommended solution

  Stop and assess

  Workflow: Inspect → Test first → Treat → Verify

  Tools: controlled applicator, soft detail brush, rinse or wipe recovery

  Chemistry: oxidizing, Label-rated cleaner

  Product summary: No product match yet.
• Surface dullness — surface + problem playbook · Problem guide

  Residue, wear, or finish damage.

  Recommended solution

  Stop and assess

  Workflow: Confirm the surface and problem before choosing products.

  Tools: Microfiber cloths, Soft microfiber, Neutral mop pad

  Chemistry: Label-rated cleaner, Surface-appropriate cleaner

  Product summary: No product match yet.
• Water spotting (evaporation film) — surface + problem playbook · Problem guide

  Mineral marks that require stone-safe handling.

  Recommended solution

  Stop and assess

  Workflow: Inspect → Test first → Treat → Verify

  Tools: acid-compatible applicator, non-scratch agitation, rinse and dry tool

  Chemistry: acidic only where surface and label allow, Label-rated cleaner

  Product summary: No product match yet.

• Some stones react chemically with acids while others mainly carry porosity and sealer risks.
• Polished, honed, tumbled, and textured finishes show damage in different ways.

• Bathrooms create mineral and soap residue that tempts unsafe acid use.
• Kitchens create oil, pigment, and water rings that may penetrate if sealer is weak.
• Floors collect grit that abrades softer stone under foot traffic.

• Etching, deep stains, sealer failure, or unknown stone type should stop DIY escalation.
• Recurring darkening after cleaning suggests absorption or moisture below the surface.

• Marble, limestone, and travertine are carbonate stones, so acid contact can create true etching rather than removable residue.
• Honed marble hides glare but absorbs and stains more visibly; polished marble shows etching quickly under side light.

• Quartz belongs in an engineered-resin lane; granite belongs in a sealer-aware natural-stone lane.
• A cleaner that is safe for quartz is not automatically safe for marble, and a granite sealer habit is not a quartz requirement.

• Dull splash marks can indicate acid etching.
• Darkened wet-looking areas can point to absorption.
• Fine traffic haze can be abrasive wear from grit, not cleaner failure.

• Dry water and spills promptly.
• Use frequent gentle maintenance instead of infrequent aggressive cleaning.
• Monitor sealer performance in sink, shower, and food-prep zones.
• Use longer-term stone cycles: daily neutral cleaning, periodic sealer checks, and professional restoration only when etching or wear replaces soil.
• When stone type is unknown, treat it as acid-sensitive until identified.
• Do not use generic hard-water or soap-scum products on natural stone without explicit compatibility.
• Treat poultices, polishing powders, and honing as restoration work rather than routine cleaning.

• Commercial stone floors require dust control and scheduled maintenance to prevent grit abrasion.
• Professionals confirm stone class before stain, etch, or sealer decisions.

• Neutral stone cleaner is the only broad compatibility lane across marble, granite, travertine, limestone, and sealed stone.
• Acids are avoid for marble, limestone, and travertine; granite may still be sealer-limited even when the stone itself is less reactive.
• Abrasion escalation depends on finish: honed stone may tolerate different restoration than polished stone, but both require stone-specific process control.

• Neutral surface cleaning on natural stone