Karwon Composites supplies flat carbon laminate cut to size for architectural cladding and fit-out work, in cosmetic twill and structural layups.
Send the wall layout, the panel breakdown and the fixing method, and we will work back to the right panel construction and finish.
Carbon fibre wall cladding uses flat composite panels fixed to a substrate or a support frame, chosen for a visible woven finish at a fraction of the weight of stone or metal. The three decisions that matter are the panel construction, the surface finish, and how the panel is fixed. Get the fixing method settled early, because it dictates the panel thickness and the edge detail, not the other way round.
Why carbon fibre is used for cladding
The appeal is mostly weight and appearance. A carbon panel weighs a fraction of an equivalent stone or metal panel, which means lighter support structure, simpler fixings and easier handling on site. That matters most on refurbishment work, where the existing structure was never designed for additional load, and on feature walls in fit-out projects where the substrate is plasterboard or a light frame.
The second reason is the finish itself. A woven twill surface reads as a material rather than a coating, and unlike a print or a wrap it does not lift, bubble or fade at the edges over time.
Panel construction
For cladding, the panel is almost always a flat laminate rather than a cosmetic skin over a core. Two constructions come up:
Solid laminate. A laminate built up to the required thickness, with a cosmetic weave on the visible face. Simple, dimensionally stable, and the straightforward choice for most panel sizes.
Skinned panel. A thin carbon skin bonded to a lightweight core. This gets you large panel areas at low weight and better stiffness for the thickness, which helps when panels are wide and fixings are sparse. The trade-off is edge detailing, since a cored panel needs its edges closed or capped to look finished.
Which one suits depends on panel size, how far apart the fixings are, and whether the edges are exposed or concealed behind a shadow gap.
Finish
Most architectural work uses a 2x2 twill on the visible face, because it is the pattern people recognise as carbon fibre. Plain weave gives a finer, more regular grid, and a 12K tow produces a noticeably larger pattern than 3K, which can suit a big wall where a fine weave would read as flat texture from a distance.
Gloss versus matte is the other decision, and it is worth seeing in person. Gloss reads deeper and shows the weave more strongly, but it also shows every reflection, fingerprint and surface imperfection, which is unforgiving on a large flat wall under directional lighting. Matte is more tolerant and is usually the safer specification for a full wall.
Pattern alignment across adjacent panels is a detail that gets missed at quotation stage and noticed on site. If the weave must line up across a run of panels, say so before the panels are cut.
Fixing methods
Three approaches, in rough order of how visible the fixing is:
Bonded. Panels adhered directly to a flat, sound substrate with a structural adhesive. The cleanest visual result with no visible fixings, but it demands a flat substrate, a compatible adhesive, and a substrate that can carry the load. It is also the hardest to reverse if a panel is damaged.
Mechanically fixed to a frame. Panels fixed to an aluminium subframe with concealed clips or brackets, which is the standard rainscreen approach adapted to a lighter panel. It tolerates substrate irregularity, allows individual panels to be removed, and keeps a defined joint line.
Through fixed. Fasteners through the panel face into the substrate. Simplest and most robust, but the fixings are visible unless they are countersunk and covered, and each hole interrupts the fibres, so hole positions and edge distances need to be agreed rather than improvised on site.
Interior and exterior work differ here. Exterior cladding brings in wind load, thermal movement between the panel and its frame, and UV exposure, which affects the resin system and the surface coating. Interior feature walls face none of that and the specification is correspondingly simpler.
What to confirm before you order
- Panel sizes and the cutting schedule, including how panels break across the wall.
- Finish and weave, and whether pattern alignment between panels is required.
- Fixing method, since it drives thickness and edge detail.
- Interior or exterior, because it changes the resin and coating specification.
- Edge treatment, particularly whether any edges are exposed.
- Any fire or building compliance requirements the project must meet, which should be raised early rather than at delivery.
That last point is worth flagging with your consultant before the panels are cut. Compliance requirements on cladding vary by project and by authority, and they are far cheaper to design around than to retrofit.
Sourcing cladding panels in the UAE
Karwon Composites supplies carbon fibre sheets and plates cut to size for architectural and fit-out work, in cosmetic twill and structural layups, with documentation requirements agreed at quotation stage.
If you are specifying a cladding package, send the wall layout, the panel breakdown and the intended fixing method through our contact page and we can work back to the right panel construction and finish.