Before you try anything: always speak to a professional before cleaning, treating or applying any product to your stone. Every slab is different, and the wrong product can cause permanent damage. Contact us or a qualified stone restorer first.
Quick answer
Quartzite itself tolerates heat well, so a mark from a hot pan is usually in the factory resin treatment, or residue from the pan base. Clean first; if a cloudy patch remains, a stone restorer can re-polish it.
First, check what you are dealing with
- White haze that wipes away: residue.
- Cloudy mark in the surface: damaged polish or coating.
- Crack or spalling: rare, have it assessed.
What you need
- Non-abrasive cream cleaner
- A restorer for larger marks
Step by step
Clean first
Wipe with warm soapy water, then a non-abrasive cream cleaner, to remove any residue.
Professional repair
A stone restorer can re-polish quartzite and draw out stains, though its hardness makes polishing slower work.
What not to use on quartzite
- Abrasive pads.
When to call a professional
A stone restorer can re-polish quartzite and draw out stains, though its hardness makes polishing slower work.
Understanding heat and burn marks on quartzite
Quartzite problems usually show as darker, stained patches in porous zones or dull spots where the factory resin treatment has worn.
A stone restorer can re-polish quartzite and draw out stains, though its hardness makes polishing slower work.
Good to know
Quartzite is heat-tolerant, but many slabs are resin-treated, and it is the resin, not the stone, that marks under a hot pan.
Stop it happening again
Whether yours is Taj Mahal, White Macaubas and Cristallo, repairing it fixes today's mark; protecting it stops the next one. Our clear Stone Protection Film sits over the surface, so liquids cannot soak in. Choose Gloss for polished quartzite or Matte/Satin for honed and matte finishes. The protection is identical. It is installed across Sydney with a 10-year written warranty.
How we protect quartzite · Choosing benchtops · Heat & burn marks on every surface