Cersaie 2026 Slab Trends: What Distributors Should Sample Next

What the September launches actually show

Caesar’s September 28 recap describes limestone-inspired Hold and relief-veined Rune. Laminam’s September announcement adds Pietra di Grè–Ruggine, Calacatta Rosa and Rosso Lepanto to RARE, and introduces the Rain finish to selected surfaces in that collection. Infinity presents architectural applications in 160 × 320 cm slabs; Optimum’s September 21 announcement specifies 1840 × 3300 mm. These releases provide product-level examples of colour, texture and scale, rather than evidence of sales growth in every importing market.

Quantum’s September 28 account of its team’s visit also identifies warm limestone, travertine and quartzite effects. That supports further investigation of warm mineral looks, but a distributor still needs enquiries from its own kitchen studios, designers or contractors to decide which product belongs in stock.

Warm neutrals and red stone looks serve different orders

Consider an importer whose kitchen-studio customers already buy white marble looks. A quiet beige candidate can be compared with those existing lines for whole-kitchen schemes. A red candidate may instead answer a designer’s request for a reception counter or a single feature island. These are proposed buying scenarios: the customer, quantity and application must be identified before either becomes an inventory decision.

Two existing Funtek catalogue images make the visual difference concrete. Seattle Beige shows a restrained pale field; Italian Red Travertine shows much stronger colour and directional banding. They offer different starting points for a sample discussion. The photos do not establish a match to the named Cersaie launches.

For the beige candidate, place the sample beside the customer’s actual cabinet door and existing white slab sample under the proposed room lighting. Record whether it supplies a visibly different warm option or duplicates an existing line. For the red candidate, request a full-slab image and mark the proposed panel boundaries: the position and direction of its bands may matter more than the colour seen on a small chip.

A single designer’s feature counter can justify a project-specific quotation. It does not establish recurring demand for a full stock programme. Keep the colour available for discussion while recording the named project, required area and requested installation date. Funtek’s pattern comparison helps distinguish the wider visual families if the customer has not yet chosen a direction.

Tactile finishes need a physical review and a finish-specific care sheet

A surface photograph combines two things: the printed design and the light reflected from the surface. To distinguish them, examine the same sample flat and upright, then change the light from frontal to oblique. A groove that becomes clear in side lighting may be almost invisible in a catalogue photograph. Record the sample’s exact finish code so a later order does not replace the reviewed finish with a similarly named alternative.

Maintenance instructions can also differ within one brand. Laminam’s care page separates matt, polished and soft surfaces, with Rain included in its matt group. It also warns against abrasive-particle detergents on polished and soft surfaces. A distributor preparing a showroom demonstration should therefore obtain the selected finish’s own care instructions, rather than demonstrate every sample with the same cleaner.

For a café counter enquiry, ask the supplier for the documented cleaning method for the named product and demonstrate that method on an agreed sample. Record the residue, contact time and cleaning steps if comparing candidates. A casual wipe test can reveal a practical difference in cleaning effort; it cannot establish a standardised stain-resistance rating. The Funtek surface guide explains finish terminology before that product-specific discussion.

Body colour, surface relief and through-body veining are separate claims

Laminam’s announcement describes colour continuity between the slab body and surface. That statement alone does not establish that every surface vein continues through the thickness. A buyer evaluating an exposed edge needs to separate three questions: is the body colour coordinated, does the top have relief, and does the design continue into the cut edge?

For a straight exposed edge, request a close photograph or physical cut sample of the specified colour and thickness. For a mitred waterfall, also review the face-pattern layout around the corner. Coordinated body colour cannot approve that face-to-face vein alignment. If the intended design depends on a particular edge effect, write that effect into the sample approval instead of using “full body” as an undefined acceptance term.

When a wider slab changes the number of slabs required

The two published formats have nominal areas of 5.12 m² and 6.072 m². Area alone cannot show whether a set of rectangular parts fits. A worked example makes the difference visible.

Illustrative geometry: one 3000 × 900 mm top blank and two 900 × 700 mm end-panel blanks; axis-aligned rectangular cuts; 10 mm perimeter allowance on every stock edge; 4 mm separation between adjacent parts. The resulting usable stock rectangles are 3180 × 1580 mm and 3280 × 1820 mm. These allowances are example inputs, not either manufacturer’s cutting instructions. There are no cutouts, mitre allowances, defects or vein-matching restrictions in this calculation.

On the 3180 × 1580 mm usable rectangle, a 3000 × 900 mm top leaves a side strip only 1580 − 900 − 4 = 676 mm wide. The end panel’s shorter side is 700 mm, so neither orientation fits there. The space beyond the top is only 176 mm after the separating cut. The panels therefore need another slab under these assumptions.

On the 3280 × 1820 mm rectangle, the corresponding strip is 1820 − 900 − 4 = 916 mm. Both end panels fit in a row along it: their combined length is 900 + 4 + 900 = 1804 mm, within the available 3280 mm. This layout uses one slab for the three blanks.

Those percentages allocate the purchased slabs to this one job. They are not factory yield or a forecast of waste: remaining material may serve other jobs. The fabricator must also check whether the chosen colour, thickness and actual usable dimensions are available, then add the allowances required by the approved fabrication process.

The result changes if the top is narrower. With an 800 mm top, the smaller usable slab leaves 1580 − 800 − 4 = 776 mm, enough for the same 700 mm panels. Both formats can then fit the three blanks on one slab. This is why a distributor should compare recurring customer layouts before paying for a larger format.

Pattern placement can change the result again. A geometrically efficient arrangement may put the desired vein in the wrong place or fail to continue the pattern over a waterfall. Use the actual slab image for that review. Funtek’s area calculator helps with area inputs; a fabrication layout is still needed to determine how the parts fit.

Turn the shortlist into comparable supplier replies

A request for “the new warm beige” leaves suppliers free to quote different surfaces. Give each candidate its product and finish code, intended application, requested thickness, nominal and usable dimensions, and required quantity. Attach the cabinet or palette reference for colour decisions and the panel drawing for layout decisions.

Then separate material availability from the production and delivery schedule. For each exact item, ask whether stock is already allocated, what must be produced, when a sample can be approved, when the goods can be inspected and when the shipment is expected to be ready. Do not treat a trade-show launch date as a production-ready date.

Funtek’s sample approval article separates what a small sample can establish from what requires full-slab or batch evidence. Keep those approvals tied to the quoted product so the selected look, fabrication plan and supplied item remain connected.