How to Use Stainless Steel Ropes in Architecture and Art | Jakob

Jakob Rope Systems specializes in manufacturing high-performance wire ropes ranging from 2 mm to 28 mm, serving both the architectural and hoist/lifting sectors across 55 countries. Their stainless steel ropes provide a durable yet lightweight solution for various applications, from kinetic sculptures to shading systems and adaptable interior partitions. With a comprehensive support package designed to meet technical, performance, and design requirements, these ropes enable architects, developers, and installers to create innovative, structurally sound installations.

Enhancing Public Art with Motion And Light

Using Stainless Steel Ropes for Kinetic Installations

Dynamic art installations can transform urban spaces by engaging with natural forces like wind and light. The "River of Air" installation in Paris is an example of how stainless steel ropes support large-scale kinetic structures:

• 41 pre-stretched stainless steel ropes spanning 70 meters ensure structural stability.
• 18,660 aluminum plates create a shimmering surface that moves with the wind.
• The design integrates seamlessly with the city’s landscape, making it a focal point for public engagement.

How to Apply This:

• Consider stainless steel ropes for kinetic facades or suspended installations in transit hubs and public plazas.
• Use flexible, high-tensile ropes to allow controlled movement while ensuring durability.

Designing Interior Spaces With Floating Elements

Lightweight Structures for Spatial Division

In interior spaces, stainless steel ropes can create partitions without visual heaviness. The installation at the Attisholz-Areal in Switzerland demonstrates how:

• Eleven 5 mm-thick ropes spanning 100 meters suspend semi-transparent fabric panels.
• The structure maintains openness while subtly defining areas.
• The use of ropes ensures a balance between stability and flexibility, allowing easy modifications.

How to Apply This:

• Utilize suspended fabric or mesh panels for offices, galleries, and exhibition spaces to create adaptable interiors.
• Opt for adjustable rope configurations to allow reconfiguration based on changing spatial needs.

Architectural Shading and Energy Efficiency

Structural Support for Solar Integration

Stainless steel ropes can be integrated into shading and energy-efficient designs. The solar trees at Eastgate Shopping Centre in South Africa highlight this approach:

• Webnet stainless steel mesh supports photovoltaic panels while maintaining transparency.
• The structure provides shade, reducing heat gain, while also generating renewable energy.
• The installation enhances underutilized spaces, transforming them into inviting gathering areas.

How to Apply This:

• Use stainless steel ropes to support lightweight shading structures in commercial or public spaces.
• Combine with solar technology for sustainable, energy-efficient solutions.

Adaptability for Evolving Spaces

Adjustable Rope Systems for Multi-Use Environments

Architectural elements that can be modified over time offer long-term flexibility. Many installations incorporate:

• Integrated lifting devices to adjust height and configuration.
• Modular components that allow seasonal or programmatic changes.
• Minimalist yet functional solutions suited for museums, event spaces, and retail environments.

How to Apply This:

• Implement adjustable rope structures for venues requiring dynamic spatial organization.
• Consider modular hanging systems for adaptable lighting, signage, or exhibition elements.

From kinetic sculptures to architectural shading and adaptable interiors, stainless steel ropes offer a functional and aesthetic solution for various applications. Their ability to provide stability while maintaining a lightweight appearance makes them a valuable tool in contemporary architectural and artistic design.