Visible Grid Glass Curtain Wall System For Modern Architectural Facade Expression

Exposed Frame Curtain Wall is a curtain wall system that exposes the structural framework as a visual element of the building facade, shaping modern architectural imagery through clear structural logic and rational aesthetic expression. Its main structure uses high-strength aluminum alloy profiles as both load-bearing and decorative frames, achieved through precision extrusion molding to create diverse cross-sectional designs. The frame surface can undergo treatments such as anodizing, fluorocarbon spraying, and wood grain transfer, meeting various stylistic needs from minimalist industrial to elegant decorative aesthetics.

The system employs a "clamp-plate" glass fixation technique: glass panels are secured using continuous aluminum alloy pressure plates combined with structural gaskets, providing stable mechanical support while creating multi-level drainage channels. The open-joint design maintains structural gaps between the frame and glass, achieving active drainage through drainage holes and pressure-equalized cavities, significantly enhancing the waterproof reliability of the curtain wall in areas prone to heavy rain and high wind pressure. All connectors are made of stainless steel and concealed in visually hidden areas, ensuring structural durability while maintaining facade purity.

This curtain wall system supports various glass configurations, including single-layer, insulating, and laminated glass, and is compatible with integrated installations of photovoltaic components, ventilators, and shading devices. Its modular installation method allows most components to be prefabricated in the factory, with on-site bolt-based rapid dry construction significantly shortening the project timeline. It is particularly suitable for public buildings such as cultural venues, commercial complexes, and transportation hubs that seek structural expressiveness and functional integrity, reinterpreting the balance between technology and art in building envelopes through "honest structural aesthetics."