A convincing brick facade image is a design brief, not proof of a buildable wall.
This guide turns the visual idea behind fair-faced or exposed brickwork into coordinated product, module, joint, corner, opening, support, water, movement, fire and maintenance decisions. It also explains what a drawing, reference photograph, sample and project mock-up can—and cannot—approve.
Start by naming the wall route
“Qingshui masonry,” “fair-faced brick,” “exposed brick” and “brick curtain wall” are often used loosely. They describe an appearance, not one construction system. Before detailing or pricing, identify the exact fired-clay unit and decide which party designs the wall that supports it.
| Wall route | What must be defined | What the image cannot prove |
|---|---|---|
| Engineered loadbearing masonry | Unit and mortar properties, bond, wall geometry, restraints, openings, movement and structural design | That a brick resembling the reference is suitable for structural masonry |
| Anchored veneer or outer masonry leaf | Support at each zone, ties/anchors, backup, cavity, flashings, drainage, movement joints and interface responsibility | Load path, tie pattern, cavity continuity or support capacity |
| Brick slip or thin facing | Exact slip, substrate or carrier, attachment route, joints, edges, moisture control, movement and replacement method | That full-bed brick details or evidence apply to a thin facing |
| Mechanically supported brick system | Named units, rails/clips/anchors, allowable orientation, supports, joints, drainage, tolerances and engineered calculations | That every perforated or slotted brick can be dry fixed |
Translate the visual into a module and bond schedule
Start with the actual unit schedule: manufacturer, item, nominal and work sizes, permitted orientations, surface, colour range, mass and dimensional tolerances. Build the elevation module from the work size plus the designed joint, not from a screenshot. State the setting-out origin, course and vertical-joint logic, special units, allowable cuts, return depths and how inevitable tolerances are absorbed.
For every visual, issue a bond map rather than relying on labels such as running, stacked or random bond. Show where each unit type starts and stops, how patterns meet at corners, where openwork changes to solid work, and how rows align with sills, heads, parapets, bases and adjacent panels. Draw representative enlarged areas so the design team can compare the intended rhythm with a physical trial.
Approve colour, texture and joints as one composition
Web images compress colour and hide the effects of light, distance, weather and batch variation. Review representative physical units and a jointed sample under the project’s likely viewing conditions. Define the accepted colour and texture range, distribution strategy, orientation, bond, joint colour, profile and workmanship boundaries. Retain signed control samples and a photo record with item and batch references.
The joint is part of the architecture and the assembly. Its geometry affects shadow, alignment, drainage and tolerance accommodation; its material and execution depend on the selected wall route. Do not transfer a mortar, sealant, open-joint or fixing detail from a different product or project simply because the face looks similar.
Resolve corners, openings and pattern transitions early
Corners reveal whether the module is real. Coordinate unit faces and ends, return depth, bond continuity, joint alignment, special shapes, cuts, support edges and the meeting of different materials. At windows and doors, resolve heads, jambs and sills together with frames, flashings, membranes, drainage, insulation, seals, tolerances, movement and access for replacement.
Openwork brick adds further questions. Map the size and location of openings, views and daylight intent, but also coordinate accidental access, falling objects, local loads, edges, interfaces and the consequences of wind-driven rain. A screen that appears open must not be advertised as ventilation, shading or weather control unless the relevant geometry and project analysis establish it.
Coordinate support, water, movement and fire as complete systems
Structure and retention
Assign gravity, wind, seismic, impact and other applicable actions; check units, mortar or attachments, supports, anchors, substrate, tolerances, edge zones, redundancy and safe replacement through the responsible engineer and system designer.
Water and enclosure
Trace rain from face to cavity or substrate, flashings, drips, openings, bases and discharge points. Preserve drainage and ventilation paths where designed. Face brick alone does not make the wall watertight.
Movement and durability
Coordinate building movement, support deflection, material movement, joints, interfaces, corrosion compatibility, exposure, cleaning and replaceability. Project documents—not the photograph—set the design basis.
Fire and cavity continuity
Define combustible components, insulation, membranes, cavity barriers, fire-stopping, openings and penetrations as part of the applicable wall assembly. A fired-clay face does not establish whole-wall fire performance.
Use a representative mock-up as a decision gate
A render can approve design intent; a reference photograph can communicate precedent; a product sample can establish a limited appearance range; and a mock-up can test only the scope it actually contains. Keep those evidence types labelled separately.
- the named unit, surface, approved colour range, bond, joints, orientation and representative tolerance variation;
- a corner or return, opening head/jamb/sill, base or parapet, pattern transition and adjoining material;
- the selected support or substrate route, attachment or mortar work, cavity, membranes, flashings, drainage and movement interfaces;
- access, sequencing, protection, cleaning, repair and replacement constraints;
- the reviewers, acceptance criteria, observations, tests, changes and final signed reference; and
- clear separation between visual/constructability approval and any structural, water, fire or other performance test.
Release procurement only after the product schedule, elevations, enlarged details, structural/enclosure/fire responsibilities, applicable standards, calculations, exact-product evidence, samples and mock-up decisions agree. Record substitutions and batch changes, then reassess every affected detail and approval.
Build an evidence register before release
For each claim, name the responsible party, exact product or assembly, applicable jurisdiction and standard, evidence document, revision, limitations and approver. Manufacturer declarations identify product characteristics; engineers establish project actions and capacities; envelope and fire specialists coordinate their systems; the installer controls approved workmanship and records; and the architect or client team manages design intent and acceptance. Contracts and local law determine the final allocation.
Review current Terracotta Brick, Long Format Bricks and Ceramic Brick Slips information, then request current product and project files through Contact.
Turn a brick facade visual into a project brief
Share the elevation intent, building and exposure, selected wall route, actual unit schedule, module and bond, colour range, openings and transitions, substrate/support concept, interfaces, evidence requirements, mock-up scope, quantities and programme. Final selection, engineering, enclosure and fire design, installation and compliance remain project-specific.