PRANCE metalwork is a leading manufacturer of metal ceiling and facade systems.
Selecting the right exterior cladding material can make or break the performance, aesthetics, and long-term value of your building. Two of the most popular options on the market today are metal wall cladding and composite panels. While both deliver excellent protection and visual appeal, their characteristics differ in critical ways—impacting factors such as fire resistance, moisture performance, service life, and maintenance demands. In this in-depth comparison, we’ll explore each material’s strengths and limitations, helping you decide which solution aligns best with your project requirements.
Metal wall cladding refers to panels manufactured from aluminum, steel, zinc, or copper alloys, applied to the building’s exterior structural frame. These panels can be flat, corrugated, perforated, or profiled to create dynamic facades, sunshades, or rainscreen systems. Key advantages include inherent fire resistance, minimal moisture uptake, and a virtually limitless palette of finishes—from anodized metal to powder-coated hues.
Metal cladding systems excel in large-scale commercial applications, as well as specialized installations requiring custom shapes. At PRANCE our metal wall cladding solutions are engineered to precise tolerances, ensuring seamless integration and rapid on‑site assembly. Learn more about our company and services here.
Composite panels (often referred to as aluminum composite material or ACM) consist of two thin aluminum sheets bonded to a non‑aluminum core, typically polyethylene or mineral‑filled core for enhanced fire performance. Composite panels marry the rigidity of metal with the lightweight benefits of a sandwich structure, offering sleek, flat surfaces that lend themselves to minimalist architectural designs. They are widely appreciated for their ease of fabrication, cost-effectiveness, and wide range of available finishes.
When it comes to fire safety, solid metal cladding inherently boasts Class A fire ratings due to its non-combustible nature. Composite panels with a mineral-filled core can achieve comparable fire ratings, though polymer-cored panels may require additional fire-stopping measures. Moisture resistance is another strength of metal cladding—its impervious surface prevents water penetration, reducing the risk of mold and corrosion. Composite panels, while also resistant to moisture, depend heavily on seam quality and sealant integrity to maintain weathertight performance.
Metal wall cladding systems have a proven service life of 30 to 50 years or more, thanks to corrosion-resistant alloys and high-performance coatings. Composite panels, in contrast, may show signs of delamination or color fade after 20 to 25 years, particularly in harsh UV environments. However, premium composite panels with UV-resistant coatings and reinforced cores can rival metals in longevity, albeit at a higher price point.
In terms of finish options, both metal and composite panels offer a broad spectrum. Metal cladding can be anodized, powder-coated, or even veneered with wood or stone textures, catering to diverse architectural styles. Composite panels excel in creating flawless, mirror‑like surfaces and can be printed or laminated with custom graphics. For projects demanding complex curves or perforated patterns, metal’s malleability provides an edge, while composite panels are typically restricted to gentle bending radii.
Routine maintenance of metal cladding involves periodic cleaning to remove dirt, pollutants, and occasional repainting after several decades. Composite panels require similar cleaning schedules but may need more meticulous inspections at panel joints to preempt sealant failure. In both cases, PRANCE offers ongoing maintenance support and service agreements to ensure your facade retains its performance and appearance over the years.
Upfront costs for metal wall cladding tend to be higher than basic composite panels due to the cost of alloys and fabrication. However, when factoring in lifecycle costs—such as repainting, repair, and eventual replacement—high-end metal cladding can prove more economical over time. Composite panels offer a lower entry price, making them attractive for budget‑sensitive projects, but long‑term costs may rise if premature panel replacement is required.
Choosing between metal wall cladding and composite panels often comes down to project type and performance requirements:
How to Choose the Right Material
At PRANCE, we specialize in large-scale metal wall cladding orders, offering full customization from profile design to finish selection. Our in‑house fabrication ensures quality control at every step, while our extensive supplier network guarantees consistent material availability for bulk orders.
Timely delivery is crucial to keeping your construction schedule on track. PRANCE leverages advanced logistics and a global supply chain to ship materials quickly, even for custom profiles. Additionally, our dedicated service team provides pre-sale consultation, on-site installation guidance, and post-installation support to address any issues promptly.
PRANCE stands out in the competitive facade market through:
Discover our full range of services and see how we can support your next project by visiting our About Us page.
Both metal wall cladding and composite panels offer compelling benefits for modern facades. Your ultimate decision should be guided by performance criteria—such as fire and moisture resistance—alongside aesthetic goals, maintenance expectations, and budget constraints. Metal cladding excels in durability and fire safety, while composite panels deliver sleek finishes and cost-effective entry points. By partnering with a supplier like PRANCE, you gain access to expert guidance, robust supply capabilities, and comprehensive service support—ensuring your building’s exterior not only looks exceptional but stands the test of time.
Key factors include fire performance, expected service life, design complexity, maintenance requirements, and overall project budget.
Yes—composite panels with a mineral-filled core and proper fire-rated certification can match Class A fire performance. However, polymer-cored panels may require additional fire-stopping details.
Routine inspections and cleaning are recommended annually, with repainting or recoating typically required every 20 to 25 years, depending on environmental exposure.
Absolutely. PRANCE offers a wide range of powder-coat and anodized finishes, as well as custom perforations and surface textures to achieve your design vision.
We provide both material supply and installation support. Our team can offer on-site training, detailed installation guides, and ongoing technical assistance to ensure a seamless facade installation.