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Aluminium honeycomb panel

Aluminium Honeycomb Panel

A honeycomb core between two skins: 15 mm thick, about 6 kg/m², dead flat.

  • 10–25 mm thickness
  • 5.5–8.5 kg/m²
  • ≤0.6 mm/m flatness
Sculptural aluminium facade with horizontal bands curving over a glass wall

Overview

How the system is built

BLTC manufactures and exports this system to facade contractors, developers and importers in North America, the Gulf and Europe. A honeycomb panel is two thin aluminium skins bonded to a hexagonal aluminium core. The core does the structural work, so a 15 mm panel weighs about 6 kg/m² yet spans further and stays flatter than solid sheet of the same weight. That makes it the natural choice for large module sizes, long soffits and interiors where a single unbroken plane is the design intent.

Panels are produced on a continuous lamination line, then cut, folded or edge-filled to the project module. Because the skins are thin, edge treatment and fixing detail decide how the panel performs — we detail both with the sub-frame rather than leaving them to site.

Specifications

Aluminium Honeycomb Panel data

Ranges we manufacture to. Project values are fixed by calculation and confirmed on the approved shop drawings.

Aluminium Honeycomb Panel — technical data
Material AA3003 skins 0.8 / 1.0 / 1.2 / 1.5 mm; 3003 hex core, 6 mm cell, 0.06 mm foil
Thickness 10 mm, 15 mm, 20 mm, 25 mm
Surface finish PVDF 70% KYNAR 500, 25–35 µm; anodized; mill finish for interiors
Maximum panel size 1,500 × 4,000 mm; 1,500 × 6,000 mm on request
Fire rating A2-s1,d0 to EN 13501-1 (aluminium core)
Flatness ≤0.6 mm per metre — the flattest option in the range
Weight 5.5–8.5 kg/m² depending on skin and core
Peel strength ≥6 N/mm flatwise tensile, tested per batch
Acoustics Rw 25–30 dB as a single-leaf panel; improved with insulation
Warranty 20 years on coating and bond, project-specific

Honeycomb panels are structural sandwiches: fixing positions and edge details must come from the panel supplier, not be improvised on site. We issue a fixing drawing with every order.

System details

Joints, movement and anchorage

The four details that decide whether the facade performs for twenty-five years. Project-specific drawings are issued for approval before production.

01

Core and bond

The core is expanded aluminium foil, 6 mm cell, bonded to the skins with a two-component adhesive under heat and pressure. Bond strength is tested by flatwise tensile on every batch, and panels are stored flat until packing.

02

Edge treatment

Edges are closed with an aluminium channel or filled with a structural insert, depending on whether the edge is exposed. An open honeycomb edge on a facade will collect water; we specify closed edges on every external panel by default.

03

Fixing and sub-frame

Panels are fixed through the edge channel into a sub-frame, or with a concealed cleat system for a joint-free look. Because the skins are thin, point loads must never be applied directly to the face.

04

Large-format modules

At 1.5 × 6 m the panel is usually the largest element on site, so handling and sequence matter as much as the panel itself. We pack in purpose-built crates and can supply a lifting plan for the module size.

Finishes

PVDF or anodized?

Both are factory-applied and both last decades. The choice is usually decided by colour range and by what the specification in your market recognises.

Comparison of PVDF and anodized finishes
Property PVDF (70% KYNAR 500) Anodized
Film build 25–35 µm, 2- or 3-coat system15–25 µm, integral anodic layer
Colour range Full RAL / NCS range, metallics, mica, wood-grainNatural silver, champagne, bronze, black (limited)
Weathering AAMA 2605 / EN 12206, 10-year Florida exposureExcellent — the surface is not a coating
Colour stability ΔE ≤ 5 after 10 years, standard coloursNo coating to fade; colour is in the metal
Impact / abrasion Good; touch-up possible on siteVery good; scratches are difficult to repair
Best suited to Facades, panels, coastal and high-UV exposureInteriors, entrance frames, exposed metallic look
Warranty 20–30 years, project-specific10–15 years

Powder coating is available as a third option for interior and low-exposure applications. For coastal projects we default to a 3-coat PVDF build at 35 µm minimum.

Downloads

Documents for your submission

Open download centre

Files are released per project so that the correct profile family and revision reaches your consultant. Request the set and we will send it with the quotation.

Where it is used

Typical applications

FAQ

Questions about this system

If your question is about a specific elevation, send it with the drawing — the answer is usually in the geometry.

Honeycomb or solid aluminium panel?
Honeycomb wins on flatness and weight for modules above about 1.2 m, and on any long soffit. Solid panel is simpler, cheaper per square metre at small sizes, and easier to fold into complex shapes. Below roughly 1 m² the weight advantage of honeycomb barely covers the extra edge detailing.
Is the honeycomb core combustible?
No — both skins and core are aluminium, which is why the assembly reaches A2-s1,d0. Adhesive content is kept low and specified to meet the project fire strategy. We provide the test report with the shop drawings.
Can panels be curved?
Yes, honeycomb panels can be curved to a fixed radius after lamination, with the limit set by the panel thickness and skin gauge. For double-curved geometry we would normally recommend a stretched or press-formed solid panel instead — we will tell you which one the geometry actually needs.

Aluminium Honeycomb Panel

Send the elevation — we will price the package

Include the building height, the wind region and the glazing specification if you have it. We reply with a preliminary panel schedule, the applicable test reports and a quotation.