Wire Rope
Greater Melbourne Stainless Steel Supplies
3.2MM WIRE ROPE 7X7
316 Grade – Meter Rolls| Roll Length (m) |
|---|
| 50 |
| 100 |
| 300 |
The 3.2mm Wire Rope 7×7 is a high-quality flexible wire rope designed for use in a wide range of tensioned cable and wire rope applications. Manufactured from 316-grade stainless steel and supplied in meter rolls, this wire rope combines excellent flexibility, strength, and superior corrosion resistance, making it a reliable choice for both professional and architectural installations.
As clearly visible in the product image, the wire rope features a multi-strand construction with a distinctly twisted, helical appearance characteristic of a 7×7 configuration. The 7×7 construction refers to the rope being made up of seven strands, each comprising seven individual wires, resulting in a total of 49 wires working together across the rope’s cross-section. This construction delivers a well-balanced combination of flexibility and tensile strength, allowing the rope to be routed, tensioned, and terminated with ease while maintaining consistent load-bearing performance throughout its length.
At 3.2mm in diameter, the wire rope is compatible with a range of standard 3.2mm terminal fittings, swage ends, and tensioning hardware commonly used in balustrade, infill, and cable railing systems. The fine diameter makes it particularly well-suited for architectural and design-focused applications where a slender, unobtrusive cable profile is desired.
The wire rope is available in three roll lengths: 50 metres, 100 metres, and 300 metres, providing flexible purchasing options to suit projects of varying scale, from smaller residential installations to larger commercial or architectural applications.
316-grade stainless steel ensures outstanding resistance to corrosion, rust, and pitting, making this wire rope equally reliable in indoor, outdoor, coastal, and marine environments where long-term durability and minimal maintenance are essential considerations for a professional and lasting installation.
