Explore how exterior aluminum battens use modular profiles, concealed attachment and varied depths to support clean, integrated facade design.

Explore how aluminum subframing influences whole-wall thermal performance, from insulation requirements and bracket geometry to attachment spacing and assembly U-factors.

PVDF and polyester coatings offer different levels of weathering performance for aluminum facades. This article compares where each makes sense and what project teams should verify before specifying a finish.

aPlank extruded aluminum panels support IBC-compliant exterior wall strategies with noncombustible material performance, tested structural capabilities, and coordinated subframing for commercial facade applications.

ASTM E136 establishes whether a cladding material meets noncombustibility criteria, but it does not confirm complete wall-assembly performance. This guide explains how to review the documentation and distinguish it from ASTM E84 and NFPA 285.

Explore how grain variation, profile geometry, plank proportions, joints, and finish selection shape wood-look aluminum facades.

Explore how profile geometry, orientation, finishes, joints, and support-system choices translate an aluminum facade concept into a clear, buildable architectural expression.

See how subframing design affects whole-wall thermal performance and how aFrame helps reduce thermal bridging through an engineered attachment approach.

How aluminum facade assemblies support whole-wall thermal performance and lower-carbon project objectives when the cladding, subframing, insulation, and documentation are coordinated as one system.

Compare AAMA 2605, 2604, and 2603 requirements and select the right aluminum coating standard for project exposure and service life.