ACP Facades for Airport Terminals: 2026 Specification Guide

ACP Applications in Airport Terminal Facades: What Project Teams Need to Know

Airport terminals represent one of the most demanding environments for architectural cladding. High foot traffic, strict public-safety codes, large curtain-wall surfaces, and continuous exposure to weather cycles mean that Aluminum Composite Panels (ACP) specified for transportation facilities must meet a different standard than panels used in ordinary commercial buildings. Understanding what differentiates a terminal-grade ACP system from a standard product is essential for architects, façade contractors, and procurement teams evaluating suppliers for airport and transit projects.

Why Transportation Facilities Require a Different ACP Specification

Public transportation buildings, including airport terminals, are classified among the project types with elevated fire-performance expectations. According to the product documentation maintained by Foshan Jiashuncai Building Materials Co., Ltd., operating under the brand JIASHUNCAI, its fire-rated and fire-retardant aluminum composite panel range — covering B1 Fire-Retardant ACP, A2 Fire-Rated ACP, Fire-Retardant ACM, and Architectural Fire-Rated Cladding Panels — is specifically positioned for "building facades, commercial buildings, public buildings, high-rise buildings, transportation facilities, institutional buildings, large-scale architectural facade projects, and projects with specified fire-performance requirements."

This matters for terminal projects because fire classification is rarely optional. Procurement teams must be able to present fire test reports, fire classification reports, product technical datasheets, and compliance certificates to building authorities before a cladding system can be approved for use in a transportation facility. A supplier that cannot produce this documentation introduces delay and approval risk at exactly the stage of a project where time is most constrained.

A2 and B1 Fire Performance: The Technical Backbone of Terminal Cladding

For airport terminal envelopes, where large glazed and solid cladding surfaces are combined, the A2 Fire-Rated ACP option is relevant where higher fire classification is specified. JIASHUNCAI’s A2 fire-resistance performance testing has been completed through laboratories operating under ILAC-MRA and CNAS accreditation frameworks, giving project teams testing evidence that originates from internationally recognized accreditation systems rather than unverified in-house claims.

Where project specifications call for enhanced fire-retardant rather than full A2 classification, the B1 Fire-Retardant ACP line provides an alternative, with its own fire-performance certification and testing completed through the same ILAC-MRA and CNAS accredited laboratory framework. Having both tiers available under one manufacturer allows a single façade package — covering curtain wall infill, spandrel panels, soffits, and decorative cladding — to be sourced without switching suppliers mid-project simply because fire classification requirements differ between building zones, which is common in terminal design where airside, landside, and public concourse areas may carry different code requirements.

Weather Durability for Large-Scale Exterior Envelopes

Beyond fire performance, terminal facades are exposed to sustained UV radiation, temperature cycling, humidity, and in many cases coastal or industrial air conditions, since airports are frequently sited near open terrain or coastlines. For this reason, PVDF Aluminum Composite Panels are positioned for "building facades, exterior wall cladding, commercial buildings, hotels, office buildings, shopping centers, and architectural projects" requiring long-term coating performance. The PVDF coating system is intended to support color retention and weather resistance over an extended service life, and JIASHUNCAI backs PVDF/fluorocarbon-coated panels with a 15-year warranty, compared to a 5-year warranty on polyester-coated panels, reflecting the difference in coating durability between the two systems.

For interior terminal elements — ceiling systems, wayfinding surfaces, and non-exterior decorative panels — PE Aluminum Composite Panels offer a more cost-effective coated option where exterior-grade weather resistance is not required, allowing project budgets to allocate PVDF specification to the exterior envelope while using PE systems internally.

Documentation Required for Airport Project Approval

Terminal projects typically pass through supplier qualification, design submission, and procurement approval stages, each of which may require distinct documentation. JIASHUNCAI maintains a certification and testing portfolio that includes ISO 9001 Quality Management System Certification (Certificate No. HG24Q0677R0S), ILAC-MRA and CNAS-related 3mm and 4mm ACP/ACM test reports, A2 and B1 fire-performance documentation, a RoHS Test Report (Report No. EDG2506170012C00101R), and a REACH Test Report (Report No. EDG2506170012C00201R). For project teams managing environmental compliance submissions alongside fire-safety approvals, having both chemical compliance and fire-performance documentation available from a single manufacturer reduces the number of separate documentation sources that must be reconciled during project sign-off.

Manufacturing Scale and Customization for Terminal-Scale Projects

Airport terminal facades typically involve large panel volumes, tight installation schedules, and project-specific dimensions driven by structural grid and curtain-wall module sizing. JIASHUNCAI operates three ACP/ACM production lines running continuously 24 hours a day from its Foshan, Guangdong manufacturing facility, supporting both standard panel thicknesses (3 mm, 4 mm, 5 mm, and 6 mm) and aluminum skin thickness options ranging from 0.12 mm to 0.50 mm. The standard panel dimension is 1220 × 2440 mm, with customized dimensions available by discussion for curtain-wall modules that do not align with standard sizing. Customization extends to coating systems, colors, surface finishes, and fire-performance configuration, along with CNC cutting, grooving, and bending for panel fabrication requirements specific to a given façade system.

The company reports having provided solutions for 2,000+ projects, working with 50+ distributors and 100+ international trading companies, with products supplied to customers across 80+ countries and markets — a scale of operating history that spans more than 20 years since the company’s founding in 2003.

A Coordinated Approach to Terminal Façade Sourcing

For architects, façade contractors, and procurement teams working on airport terminal projects, the practical challenge is rarely finding an aluminum composite panel — it is finding one manufacturer that can simultaneously supply the correct fire classification, weather-durable coating, project-specific dimensions, and the full set of test reports and certificates that a transportation-facility approval process demands. By combining factory-direct manufacturing, A2 and B1 fire-rated product lines, PVDF and PE coating options, ISO 9001-certified quality management, and ILAC-MRA/CNAS-accredited test documentation within a single supply chain, Foshan Jiashuncai Building Materials Co., Ltd. positions JIASHUNCAI as a manufacturer capable of supporting the specification, approval, and delivery stages of airport terminal facade projects under one coordinated process.