How does ACP cladding installation time compare with brick veneer walls?

Aluminum composite panel (ACP) cladding systems vastly reduce on-site installation time compared to traditional brick veneer walls, improving project schedules for aluminum facades and ceilings. ACP units are prefabricated in panels sized to cover large surface areas, complete with factory-applied coatings and engineered attachment holes. Installers simply align panels on pre-installed aluminum framing rails, fasten with rivets or screws, and seal joints with silicone. A typical ACP facade can progress at 200–300 square meters per crew per day. Brick veneer installation requires laying individual bricks in mortar, ensuring level courses, and allowing curing time for each lift—often achieving only 50–70 square meters per crew per day under ideal conditions. Brick also demands protective scaffolding, mortar mixing, and constant adjustment for substrate irregularities. ACP systems, by contrast, require lightweight supports, minimal mortar, and fewer trade interfaces, enabling faster hand-overs. For suspended aluminum ceilings, panel modules clip into exposed grids, taking mere hours versus days for brick-style tile systems. Overall, ACP delivers accelerated installation, reduced labor costs, and predictable scheduling essential for tight construction timetables.