Archello Awards 2026 · Enter your projects before 30 September 2026
Archello Awards 2026 · Enter your projects before 30 September 2026
  • GWP Total: 10.98 kg CO₂e/m²
  • GWP A1-A3: 9.83 kg CO₂e/m²
  • Available in all RAL colours
  • High weight-to-surface ratio with impact resistance
  • Easily conformable and quick to assemble
  • UV resistant and dimensionally stable
  • Made from recyclable materials
  • Available in all RAL colours
  • High weight-to-surface ratio with impact resistance
  • Easily conformable and quick to assemble
  • UV resistant and dimensionally stable
  • Made from recyclable materials

STACBOND® specializes in manufacturing aluminum composite panels and developing advanced façade systems, combining efficiency, safety, and sustainability.

STACBOND® presents STACBOND® FR, a composite panel made of a fire-retardant core of thermoplastic resins with mineral charge and two aluminium sheets. The panels are rigid, flat, impact-resistant, and comply with fire-resistance requirements in classifications such as:

UNE EN 13501-1:2007 – B-s1, d0
PN-90/8-02867 – NRO
NFPA 285 – PASS
ASTM E84 – A CLASS


Panel Construction & Composition

The STACBOND® Composite Panel provides bending rigidity with reduced weight, surface flatness, durability, and low maintenance requirements. It is designed for ventilated façades applications in new construction and renovation projects. The panel system can be integrated into diverse architectural typologies and contexts.

Its manufacturing standard consists of an outer sheet of aluminium alloy 5005 and an inner sheet of 3105. Three core options are available depending on mineral content (ranging from 0% to more than 90%), classified in accordance with UNE EN 13501-1:2007.

Finishes and Dimensions

The panel is available in a range of colors, gloss levels, textures, and natural finishes. Custom colors can be specified according to RAL, PANTONE, and NCS systems.

STACBOND® Composite Panels are manufactured in multiple standard dimensions up to 2000 mm in width. Additional dimensions may be available upon request.

Biotech Center of Excellence

Located within the Chiesi Farmaceutici campus in Parma, Italy, the Biotech Center of Excellence was designed by EFA – Studio di Architettura as a specialised facility for the production of advanced biologic therapies. Developed on the footprint of a demolished pre-existing structure, the project demonstrates how contemporary pharmaceutical manufacturing can integrate operational efficienc...

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