Sintered Stone Facade Specification Checklist for a Quote-Ready RFQ

Start With the Project Facts That Change the Quote

A facade supplier cannot read exposure, code route, access or delivery conditions from a material name. Begin with the project country, city, building use, height, number of levels and current design stage. Add the approximate net cladding area and explain whether it is measured from elevations, taken from a bill of quantities or still an early allowance.

Location and height are not administrative fields. They help the project team identify the applicable code basis, wind and seismic environment, corrosion exposure, fire strategy, access method and delivery route. The two-page Blick rainscreen project-data checklist, for example, asks for detailed location so local regulations and loads can be reviewed. Its supplier defaults are not Funtek specifications; the transferable point is that the project basis must be visible before a fixing proposal is treated as final.

Issue Drawings That Close the Facade Interfaces

An elevation shows the architectural rhythm, but it rarely defines every fabricated condition. The RFQ set should include current facade elevations, representative wall sections and enlarged details at the places where geometry or responsibility changes. The NYC Department of Buildings lists plans, elevations, schedules and details as essential construction-document information, with facade and parapet details and opening information called out explicitly. A supplier RFQ does not replace a permit submission, but it benefits from the same discipline: the scope must be readable at both building scale and junction scale.

For the wider architectural material decision, read sintered stone in architectural details before coordinating the project details.

At minimum, identify window heads, sills and jamb returns; external and internal corners; parapets and roof terminations; bases and ground contact zones; soffits and balcony edges; movement locations; transitions to glass, metal, render or another cladding; and any louvres, signage, canopies or penetrations that interrupt the panel field. Show which dimensions are verified, which come from design drawings and which require a site survey.

If the panel grid is already developed, include the schedule and current marks. If it is not, send the elevations with preferred joint lines and target module sizes, then keep the layout explicitly preliminary. The deeper facade panel layout workflow explains how openings, corners, texture direction, cut yield and panel IDs are resolved before release.

Define the Panel and the Visual Approval Record

“Beige sintered stone” is not a material specification. Name the proposed product or visual direction, nominal thickness, finish, surface texture, target panel size range and any backing or frame concept included in the quotation basis. For a directional or veined surface, state the face orientation and whether 180-degree rotation is permitted. Identify bookmatched, continuous, intentionally random and visually quiet zones separately.

Appearance approvals work at more than one scale. A physical sample can confirm undertone, finish and tactile texture. Full-slab imagery or a face set shows pattern scale and direction. A panel layout connects that face information to the elevation. Batch or production-lot records connect the approved direction to the material actually released. When the facade is divided into multiple elevations or shipment phases, state whether one visual lot is required for the whole project or whether reviewed lots may be allocated by zone.

The specification should also say what constitutes approval: signed physical sample, approved full-slab image set, mock-up, connection sample, first assembled panel or another named record. Avoid one blanket phrase such as “sample approved” when different samples answer different questions.

State the Substrate, Fixing Direction and Performance Inputs

Describe the structural wall and the layers between it and the facing: reinforced concrete, masonry, steel framing or another substrate; insulation and membrane arrangement; cavity expectation; brackets, rails or other subframe direction; and the intended relationship between the sintered stone facing and any aluminium backing. If the substrate is unknown, say so. A fixing review based on an assumed concrete wall should not be mistaken for an accepted detail on lightweight framing.

The official ISO/TS 17870-3:2023 scope covers mechanical installation of large-format porcelain panels onto a supporting structure and discusses positive and negative wind factors, anchor pull-out or edge-fracture evaluation and impact zones. The EOTA assessment document for mechanically fixed external wall cladding kits likewise treats cladding elements, fixings, optional subframe, insulation and ancillary components as a coordinated assembly. Neither source supplies the design pressure or fixing spacing for a specific building. The RFQ should therefore state the project criteria or mark them as an engineering hold.

Fire language should follow the evidence for the exact submitted build-up, not a generic material label. Use the facade fire-document guide to request product classification, assembly-level evidence, scope, interfaces and project acceptance records.

Wind loads can vary across faces, corners and edge zones, and strong wind often arrives with rain. The WBDG wind-safety guidance explains why exterior coverings must address positive and negative pressure, water entry and fastener durability. Ask the facade engineer for the controlling project pressures and zones rather than using building height as a substitute for a calculation.

Fire requirements should be written with equal care. The UK government’s Approved Document B FAQ notes that reaction-to-fire performance depends on the tested form, orientation, fixings and combination with other materials. For any market, request the project’s actual fire strategy and the evidence required for the complete wall build-up; a facing-material report is only one input.

For readers who need the physical connection path from panel to structure, the sintered stone facade installation article remains the detailed owner for anchors, clips, rails, brackets, cavity and field sequence.

Connect Every Panel ID From Elevation to Crate

A panel mark should identify one buildable item, not merely one rectangle on a drawing. Agree the numbering rule before fabrication and use the same reference on the elevation, panel schedule, fabrication drawing, QC record, label, packing list and installation location. If a revision changes handedness, texture direction, hole or groove geometry, fixing reference or interchangeability, the downstream record must make that change visible.

A readable code may include elevation, zone or level, panel type and sequence—for example, a west-elevation field panel and a right-hand window return should not share one mark. The syntax is project-specific. The control test is simple: can the receiving team find the correct crate and can the installer identify the final location without guessing from appearance?

Include these fields when they apply: panel ID; drawing revision; elevation, level, zone and grid; finished face dimensions; production blank; product, finish, thickness and lot; texture arrow or face number; handedness; edge, hole, groove and fixing-detail reference; backing/frame reference; QC status; crate ID; and installation sequence.

Make Packing and Delivery Follow the Project Zones

Delivery planning begins before the crate is closed. State the destination port, named delivery point, requested shipment date, container or truck restrictions, receiving hours, unloading method, site storage limit and whether the project will release material by elevation, level or construction phase. A facade packed only for factory convenience can arrive in an order that forces repeated searching and rehandling.

Map each crate to the panel schedule and decide whether panels needed first should be accessible first. Separate fragile special pieces, replacement stock, mock-up material and accessories where the receiving plan requires it. If one shipment contains two elevations with different approval status, the labels and documents should prevent them from being mixed.

The RFQ should ask for the packing list format, panel/crate map, protection method, loading evidence and shipment document set. It should also identify who supplies unloading equipment, who inspects on arrival and what photo or condition record is expected at each handover. These are commercial and evidence-chain decisions, not after-sales paperwork.

Write the Quotation Scope as a Responsibility Matrix

Two quotations are not comparable when one prices slabs and cutting while another includes backing frames, components, engineering support, mock-ups, packing and freight. Ask every bidder to classify each line as included, excluded, optional or by others, state the quantity or drawing basis and list deviations from the RFQ.

For a mechanically fixed proposal, review the mechanically fixed facade coordination requirements and identify the components and approvals supplied by others.

After scope alignment, the sintered stone facade cost model helps buyers separate panel yield, fabrication, system components, engineering, packing, freight and installation instead of comparing only a slab rate.

Illustrative Project Brief: From Partial Drawings to a Usable RFQ

The following is a hypothetical scenario created to show how the checklist works. It is not a Funtek quotation, completed project, engineered design, tender return or code approval.

This brief is useful because it exposes the holds instead of hiding them. A supplier can price the defined material, fabrication and delivery basis while the facade consultant sees exactly which engineering and system decisions still prevent a final release. The next revision can close those holds without rewriting the entire enquiry.

Copy-and-Send Facade RFQ Checklist

Attach the current files, identify the governing revision and write `TBC — responsible party — target date` beside every open item. That small discipline lets the first quotation remain useful without pretending the facade is already engineered.

Submit a Quote-Ready Facade Package

Use Funtek’s sintered stone exterior facade page to review the current 6 mm panel and dry-hang supply path, then send the available project information through the facade enquiry form. Preliminary elevations are enough to start when the assumptions and open holds are stated clearly.

For the first review, include the project location and height, approximate area, current drawing set, substrate, target panel and surface direction, known wind or performance criteria, panel/zone plan, destination port, delivery window and the responsibility matrix you want priced.