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Spider fittings are specialized architectural hardware used to support large glass panels in frameless glass façade systems. They connect glass panels to structural supports like steel frameworks, enabling modern buildings to achieve a clean, transparent appearance with minimal visible framing. Widely used in glass façades, curtain walls, atriums, and entrance canopies, spider fittings are essential for contemporary architectural design.

Engineered for strength and stability, spider fittings distribute the load of glass panels evenly across multiple support points. Made from high-grade stainless steel, they are designed to withstand heavy loads, wind pressure, and varying environmental conditions. Their flexible design also allows for slight structural movement, ensuring safety and durability in large-scale glass installations.

TwinPro Ventures offers premium-quality spider fitting hardware tailored for architectural glazing and structural glass systems. Manufactured with precision and durable materials, our spider fittings deliver reliable performance for commercial buildings and modern construction projects. They provide the perfect balance of strength, safety, and sleek aesthetics for frameless glass façades.

Typical spider fitting specifications include:

Material

High-grade stainless steel

Load Capacity

Designed to support heavy architectural glass panels

Weather Resistance

Corrosion-resistant stainless steel construction

Fitting Types

Two-arm spider fittings
Three-arm spider fittings
Four-arm spider fittings

Finish Options

Polished stainless steel
Brushed stainless steel finish

Mounting Options

Wall-mounted spider fittings
Fin-supported spider fittings
Pipe-supported spider fittings

Glass Compatibility

Tempered glass
Laminated safety glass

Glass Thickness

Typically 10 mm to 24 mm depending on facade design

These specifications ensure reliable performance in exterior architectural glazing systems.

Lightweight ACP cladding material used for modern building exterior facade systems

High-strength stainless steel fittings

ACP cladding panels available in wide range of architectural finishes and colors

Suitable for frameless glass facades

Weather-resistant ACP cladding system for durable exterior building facades

Supports large glass panels

Durable aluminium composite panel structure used in ACP cladding facade systems

Modern architectural design

Flexible ACP cladding facade system allowing creative architectural design possibilities

Weather-resistant hardware

ACP cladding system suitable for large commercial building exterior applications

Durable structural glazing components

Benefits

Spider Fittings for Structural Glass Facade Systems offers several advantages for modern architecture.

Frameless Architectural Appearance

Spider fittings allow glass panels to be installed without traditional aluminium frames, creating sleek and modern building facades.

Strong Structural Support

These fittings distribute the weight of the glass panels across multiple support points, ensuring structural stability.

Modern Glass Building Design

Spider fittings enable architects to design large transparent glass structures that enhance natural lighting.

Durable Construction

Stainless steel spider fittings are highly resistant to corrosion and environmental conditions.

Flexible Installation Options

Spider fittings can be mounted on walls, steel structures, or glass fins depending on architectural design.

Applications & Uses

Spider fittings are widely used in architectural glass installations.

Glass curtain wall facades

Spider fittings for glass curtain wall facades provide strong support and a sleek, frameless architectural appearance.

Airport terminal glass structures

Advanced spider fittings for airport terminal glass structures deliver stability, safety, and a clean architectural finish.

Shopping mall atriums

High-strength spider fittings for shopping mall atriums support large glass panels while enhancing open, spacious interiors.

Corporate office buildings

Precision-engineered spider fittings for corporate office buildings ensure durable glass facades with a modern aesthetic.

Hotel entrance facades

Premium spider fittings for hotel entrance facades create elegant glass exteriors with reliable structural support.

Commercial building entrances

Durable spider fittings for commercial building entrances ensure secure glass installation with a modern, transparent design.

Glass canopy systems

Robust spider fittings for glass canopy systems provide secure overhead glazing with weather-resistant performance.

These applications require strong and reliable hardware capable of supporting large glass panels.

Spider Fittings vs Traditional Framed Glazing

Traditional Framed Glazing

Visible aluminium frames

More structural framing components

Less transparent appearance

Provides additional support for smaller glass panels

verses

Spider Fitting Systems

Minimal visible hardware

Frameless glass facade design

Modern architectural appearance

Allows maximum natural light penetration

Spider fitting systems are widely used in contemporary architecture because they create transparent and visually striking building facades.

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Spider Fittings for Structural Glass Facade Systems include several important design characteristics.

1. Precision-engineered stainless steel components
2. High load-bearing capacity
3. Corrosion-resistant materials
4. Compatible with structural glazing systems
5. Suitable for exterior architectural installations
6. Long service life

These characteristics make spider fittings essential hardware components for structural glass installations.

Frequently asked Questions

Spider fittings are used to support glass panels in frameless glass facade systems and structural glazing installations.

Yes. Spider fittings are designed for exterior applications and provide strong support for architectural glass panels.

Most spider fittings are manufactured from stainless steel for strength and corrosion resistance.

Yes. Spider fittings are designed to distribute loads across multiple support points, allowing them to support large glass panels.

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