Close detail of a MAMO sintered stone slab

Specification guide

Sintered stone: benefits and specification

Sintered stone is made by compacting natural mineral particles under extreme heat and pressure — the same forces that form stone in the ground, applied in hours instead of millennia. There are no resin binders in it. That single fact is behind almost every advantage on this page: how it handles a hot pan, why it never needs sealing, and why it can go outside.

In the range
65 slabs
Finishes
5
Thicknesses
6mm · 12mm · 20mm

The material

What sintered stone actually is

Mineral particles — the same clays, feldspars and stone powders that make up natural rock — are pressed under extreme pressure and then fired at high temperature. The particles fuse into a single ultra-compact slab. That process is called sintering, and it is where the material gets its name.

What matters for specification is what is not in it. Sintered stone contains no resin binders, so there is nothing in the slab to soften under a hot pan, yellow in sunlight, or absorb a spill. It is a mineral surface all the way through.

Sintered stone is not engineered stone. Engineered quartz binds stone particles with resin; sintering fuses them with heat and pressure instead, with no binder at all.

Benefits

Why it gets specified

Nine properties that follow from how the material is made. Each one is the reason a particular kind of job lands on sintered stone.

01

It handles heat

Sintered stone is highly heat resistant. A pan straight off the cooktop will not soften or mark the surface the way it can on a resin-bound benchtop. Your fabricator will still recommend trivets near joins and cut-outs, where any slab is at its most vulnerable.

02

It resists scratches

The fired mineral surface is hard enough to shrug off everyday kitchen work — knives, ceramic bases, grit tracked across a floor. It is one of the reasons the material is specified for commercial fit-outs as readily as for kitchens.

03

It does not stain

Sintered stone is non-porous, so red wine, olive oil, coffee, turmeric and ink sit on the surface instead of soaking into it. Spills wipe away rather than becoming a permanent shadow, which is what makes it forgiving in a working kitchen.

04

It never needs sealing

Because there is no porosity to close, there is nothing to seal — not on installation, and not every couple of years afterwards. Marble and limestone need a sealing schedule; sintered stone does not have one.

05

It can go outside

Sintered stone is UV-stable, so colours and patterns hold rather than fading or yellowing in Australian sun. That is what lets it run from an indoor benchtop straight out to an alfresco kitchen, a pool surround or a façade.

06

It is food-safe

The surface is food-safe and, being non-porous, gives nothing for moisture or residue to sit inside. Warm water and a mild detergent is the whole cleaning routine.

07

No resin binders

Engineered quartz holds its stone particles together with resin. Sintered stone has no binder — the particles are fused to each other. It is a mineral slab through its full thickness, not a composite.

08

Large format, fewer joins

Sintered stone is manufactured in large-format slabs, so a long run of benchtop or a floor-to-ceiling wall can be covered with fewer joins than a smaller format allows. Thinner slabs also open up cladding and splashbacks, where weight is the constraint.

09

It repeats

Every natural stone slab is a one-off, which is its appeal and its risk. Sintered stone is manufactured, so slabs of the same product match — useful when a job needs several slabs, a reorder, or a benchtop and splashback that read as one piece.

Before you specify

Six things to know before specifying sintered stone

The questions that decide a sintered-stone specification, in the order they usually come up on a project.

01

Match the thickness to the job

MAMO stocks sintered stone in 6mm, 12mm, 20mm. Thinner slabs open up cladding, splashbacks and furniture, where weight is the constraint; benchtops and edge details are usually specified heavier. Confirm the thickness for each element with your stonemason before ordering.

02

Plan the layout around the slab

Slabs in the range come in 3200 x 1600mm and 2700 x 1200mm. Large formats mean fewer joins on a long benchtop run or a floor-to-ceiling wall. Set out joins against the slab size early — it decides how many slabs the job needs.

03

Choose the finish in person

Finishes in the range: honed, polished, natural, ultrasoft, textured. The same product reads differently honed and polished, and under your own lighting. See the finish as a sample or a full slab before it goes on the schedule.

04

Check the application rating

Every product page lists the applications that slab is rated for. Outdoors, sintered stone's UV stability is what keeps colour from fading in direct sun — check the specific slab is rated for outdoor use.

05

Brief your fabricator early

MAMO supplies and delivers the full slab; your own stonemason templates, cuts and installs it. Download the technical and care documents from the product page and pass them on before fabrication.

06

Order samples, then see the slab

Samples are free for trade (architects, interior designers and builders); homeowners pay a small delivery fee. Full slabs can be viewed at our Moorebank showroom in Sydney, or Warners Bay in Newcastle by appointment.

Applications

Where it works

Counts are the sintered slabs currently in MAMO's range rated for each application.

55

Kitchen benchtops

Heat, knives and daily spills in one surface — the application the material's properties line up with most directly.

64

Splashbacks

Carry the benchtop slab up the wall for a continuous run, or introduce a contrasting slab as the feature.

64

Bathrooms

Vanity tops, shower walls and floor-to-ceiling surfaces, where a non-porous slab earns its place.

63

Outdoor

Alfresco kitchens, outdoor benchtops and pool surrounds — this is where UV stability matters most.

51

Cladding & façades

Large-format slabs cover interior and exterior walls with genuine mineral surface rather than a print of one.

47

Flooring

High-traffic residential and commercial floors, indoors and out, with continuity from floor to benchtop.

63

Feature walls

Let one slab's pattern run uninterrupted, or book-match a pair into a mirrored feature.

51

Furniture & tabletops

Dining and console tops that take heat and wine without a sealing routine behind them.

Formats

Slab sizes, thicknesses and finishes we stock

MAMO supplies and delivers the full slab. Cutting, fabrication and installation are carried out by your own stonemason, who will template to your job.

Sintered stone slab formats, thicknesses and finishes in MAMO's current range, with the number of products available in each.
SpecificationAvailable
Slab formats3200 x 1600mm (59), 2700 x 1200mm (23)
Thicknesses12mm (53), 6mm (34), 20mm (13)
FinishesHoned (31), Polished (23), Natural (16), Ultrasoft (4), Textured (4)

Palette

The palette

Sintered stone is manufactured, so the palette is broad and repeatable — from warm neutrals to bold, dark slabs. Counts are the sintered slabs currently in MAMO's range tagged with each palette.

27

Warm Neutrals

23

Dark & Bold

16

Cool Neutrals

13

Mid & Deep Greys

6

Earth & Forest

4

Blush & Soft

Care

Looking after it

Everyday

Warm water, a mild detergent and a soft cloth. That is the maintenance routine in full — there is no sealing step and no annual treatment.

Stubborn marks

A non-abrasive cream cleanser lifts most of what water will not. On polished finishes, keep abrasive pads and scouring powders off the surface; they can dull a polish on any material.

What to avoid

Harsh solvents and strong drain or oven cleaners are unnecessary here and are worth keeping away from the silicone in your joins. Follow the care sheet supplied with the slab.

Technical guides

Each product page carries the manufacturer's technical and care documents for that specific slab. Download them before fabrication and pass them to your stonemason.

Compare

Sintered stone against natural stone

MAMO supplies both, and they are different choices rather than a ranking. Natural stone is specified for its individuality; sintered stone for its predictability. The short version is below — the full side-by-side has its own guide.

Comparison of Sintered stone and Natural stone across sealing, acids & etching, heat, slab consistency.
MaterialSealingAcids & etchingHeatSlab consistency
Sintered stoneThis pageNon-porous. No sealing on installation, and none over its life.Will not etch or patina.Highly heat resistant. Trivets still sensible at edges and cut-outs.Manufactured — slabs of the same product repeat.
Natural stonePorous to varying degrees — normally sealed after installation, then resealed periodically.Marble etches readily on contact with acids; granite and quartzite are far less reactive.Tolerates heat well. Use trivets and boards.Every slab is unique — no two repeat.

The range

Sintered stone at MAMO

A selection of the 65 sintered slabs currently in the range. Every product page carries its own finish, format and slab specification. Add up to six to your sample request straight from the grid.

Questions

Frequently asked questions

Sintered stone is a slab made by compacting natural mineral particles under extreme pressure and firing them at high temperature until they fuse. It contains no resin binders. The result is an ultra-compact, non-porous surface used for benchtops, splashbacks, cladding, flooring, outdoor kitchens and furniture.

No. Sintered stone is non-porous, so there is no porosity to close — no sealing on installation and none over the life of the surface. This is one of the clearest practical differences from marble and limestone, which need periodic resealing.

Yes. Sintered stone is UV-stable, so it holds its colour in direct Australian sun rather than fading or yellowing. It is widely specified for alfresco kitchens, outdoor benchtops, pool surrounds and façades, and it lets a material run continuously from inside to outside.

Sintered stone is highly heat resistant, so a hot pan does not soften or mark it the way it can mark a resin-bound surface. Even so, any fabricator will recommend trivets near joins and cut-outs, where thermal stress concentrates in every material.

No. Engineered quartz binds stone particles together with a resin. Sintered stone has no binder — heat and pressure fuse the mineral particles directly to one another, so the slab is mineral through its full thickness.

No — MAMO is a slab supplier. We supply and deliver the full slab, and your own stonemason or fabricator templates, cuts and installs it. Our team can help you specify the right material, thickness and finish for the job.

See it in person

Order samples (free for trade) or view full slabs at a MAMO showroom in Sydney or Newcastle before you specify.