Point-Supported Curtain Wall System Featured Image

Point-Supported Curtain Wall System

Maximize transparency with minimal structural visibility, delivering open architectural expression and high-end façade performance.

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Introduction

Point-Supported Curtain Wall Systems

Point-supported curtain wall systems use stainless steel fittings or spider connectors to fix glass panels directly to the supporting structure, eliminating traditional frames. This creates a highly transparent façade with minimal visual obstruction, making it ideal for projects that emphasize openness, daylight, and architectural impact.

Structural Details
TYPES

Point-Supported Curtain Wall Options

  • Spider Glass System
  • Cable-Supported Glass System
  • Rod-Supported Glass System
  • Point-Supported Glass Wall with Fin Support
  • Spider Glass System

    Glass panels are fixed using stainless steel spider fittings, creating a lightweight and visually open façade. This is the most common solution for atriums, entrances, and large-span glazing areas.

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  • Cable-Supported Glass System

    Glass panels are supported by high-tension cable structures, allowing for ultra-light façades with maximum transparency. It is often used in large curtain walls where minimal structural presence is required.

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  • Rod-Supported Glass System

    Using steel rods instead of cables, this system provides higher rigidity while maintaining a clean and transparent appearance. It is suitable for projects requiring both structural stability and design clarity.

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  • Point-Supported Glass Wall with Fin Support

    Glass fins act as vertical supports, enhancing structural strength while keeping the façade visually minimal. This system is commonly used in high-performance glass walls and large lobby façades.

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Advantages

Benefits of Point-Supported Curtain Wall Systems

Maximum Transparency
Without traditional frames, the system provides an almost fully transparent façade, allowing natural light to penetrate deeply into the building.
Minimal Visual Obstruction
Point fixing reduces visible structure, creating a clean and modern architectural expression.
Flexible Structural Solutions
Different support systems such as spider fittings, cables, rods, or glass fins can be selected based on project requirements.
High-End Architectural Impact
This system is widely used in landmark buildings where façade design plays a key role in visual identity.
Adaptability to Complex Designs
Suitable for irregular geometries, large spans, and custom façade concepts.
Why us

Why APEX Is Trusted for Point-Supported Curtain Wall Projects

We deliver point-supported façade systems with a strong focus on structural safety, precision manufacturing, and project coordination.

  • Structural Engineering Support

    Each system is calculated based on load conditions, glass specifications, and support structures to ensure safety and stability.

  • Precision Stainless Steel Components

    High-quality fittings and connectors ensure durability, corrosion resistance, and long-term reliability.

  • Project Coordination Experience

    We support from design development to installation guidance, helping reduce risks in complex façade projects.

FAQS

Frequently Asked Questions

Quick answers to common questions about point-supported curtain wall systems, including structure, applications, and customization options.

What is a point-supported curtain wall system?
It is a glass façade system where panels are fixed using point connectors instead of traditional frames, creating a highly transparent appearance.
Where is it commonly used?
It is widely used in atriums, commercial entrances, shopping malls, and large public buildings.
What are the common support types?
Spider fittings, cable systems, rod systems, and glass fin supports are the most common options.
Is it safe for large-scale buildings?
Yes, when properly engineered, it meets structural and safety requirements for large and complex projects.
Can it be customized?
Yes, the system can be adapted based on glass size, structural method, and architectural design.