Ferrule Cable Mesh
Ferrule Cable Mesh is a high-tensile, lightweight mesh system made from interwoven stainless steel wire ropes, securely connected with ferrules. It combines superior flexibility with high strength, making it ideal for modern architectural applications where transparency, durability, and safety are key.
Its sleek and minimal appearance complements both interior and exterior designs, while its robust construction withstands harsh environmental conditions — making it perfect for everything from zoo enclosures to green facades and safety barriers.


Key Features & Benefits
- High Strength & Safety
Engineered from stainless steel wire ropes, offering excellent load-bearing capacity and long-term structural integrity. - Flexible & Lightweight
Easily conforms to complex shapes and curved surfaces — ideal for creative architectural designs. - Corrosion-Resistant
Made from high-grade stainless steel (AISI 304 or 316), perfect for outdoor, marine, or humid environments. - Transparent & Aesthetic
Open, airy design allows maximum light and visibility without compromising security. - Low Maintenance
Long-lasting, weatherproof, and requires minimal upkeep even in harsh environments.
Material Options
- Stainless Steel AISI 304 – Excellent corrosion resistance for most environments
- Stainless Steel AISI 316 – Enhanced resistance for coastal/marine or highly corrosive areas
Technical Specifications
- Cable Diameter: 1.2 mm to 4.0 mm
- Mesh Aperture Sizes: 20 mm to 120 mm (custom available)
- Mesh Orientation: Diamond or square
- Ferrule Material: Stainless steel or aluminium
- Installation Format: Panels cut to size and ready to install
Customization Options
- Mesh aperture and cable diameter
- Panel shape and size (flat or curved)
- Orientation (vertical, horizontal, or diagonal diamond)
- Custom framing or mounting hardware available
Industries We Serve
- Architecture & Design
- Construction & Infrastructure
- Zoos & Wildlife Parks
- Landscape & Urban Design
- Sports & Recreation Facilities
- Safety & Security

