Top Hung All-Glass Curtain Wall System

A suspended all-glass curtain wall system using top-mounted clamps and support structures, creating a fully transparent facade without bottom framing.

  • 12–19 mm

    Glass Specification

  • ≤1.5 W/m²K

    Thermal Performance

  • ≤4.5 kPa

    Wind Load Resistance

  • 2-4 Weeks

    Lead Time

  • 15 Years

    Warranty

Introduction

Top Hung All-Glass Curtain Wall System Overview

This system suspends glass panels from a top-mounted support structure using glass clamps or hanging assemblies. Without bottom channels, it achieves a fully open and frameless appearance. Glass fins are typically integrated to enhance lateral stability and maintain structural integrity under wind loads.

Benefits

Why Choose Top Hung Glass Curtain Wall Systems

  • Fully Frameless Appearance Without Bottom Support

    Eliminates base channels to create a clean, floating glass facade.

  • Top-Mounted Structural Load Distribution

    Loads are transferred through the upper structure, reducing dependency on ground support.

  • Compatible with Glass Fin Reinforcement

    Glass fins improve stiffness and help stabilize larger panels.

  • Ideal for High-Transparency Architectural Design

    Maximizes visual openness and modern facade aesthetics.

Standard

Suspended Glass Curtain Wall Design Options

The system is configured with top-mounted clamps or hanging brackets, allowing glass panels to be suspended without bottom support. Structural variations include standard hanging systems and reinforced configurations with glass fins.

Glass specifications can include tempered, laminated, or insulated units depending on safety and performance requirements. Custom layouts and structural adjustments are available for different architectural scenarios.

FAQS

Frequently Asked Questions

Focused on load transfer, stability, and installation control.

How are loads transferred in a top hung system?
All loads are transferred to the top structure through clamps and suspension components rather than the base.
When are glass fins necessary?
Glass fins are required when panel height increases or when wind load exceeds standard limits.
What are the key installation challenges?
Precise alignment of the top support system is critical, as all panels depend on upper fixing points.
How is lateral stability ensured?
Stability is achieved through glass fins, joint design, and proper clamp spacing.
Where is this system most suitable?
It is best suited for entrances, atriums, and feature facades where minimal structural visibility is required.