Ropes

Industrial Ropes for Australian Rigging, Construction and Material Handling

Ropes — wire, synthetic fibre, and natural fibre — are the load-bearing flexible components of countless Australian industrial applications. Each rope type has its strengths: wire rope for high load and abrasion resistance, polyester and polypropylene for synthetic strength with light weight, nylon for shock-load applications, natural fibres for grip and traditional applications. AIMS Industrial supplies industrial rope across the materials and constructions Australian trade and industrial customers actually use.

The rope materials we stock

• Wire rope — galvanised and stainless steel construction in 6×7, 6×19, 6×36, and 7×7 lay configurations
• Polyester rope — strong, low-stretch, UV-resistant; for general rigging and tensioning
• Polypropylene rope — economical, floats on water, suits general utility and marine applications
• Nylon rope — high stretch absorbs shock loads; for towing, mooring, and dynamic applications
• Natural fibre rope — manilla and sisal for traditional rigging, decorative, and grip applications
• Specialist ropes — kernmantle (climbing), cable-laid, and ultra-high-modulus polyethylene (UHMWPE/Dyneema) on indent

Wire rope construction explained

Wire rope is described by the count of strands and the count of wires per strand: 6×19 means 6 strands each containing 19 wires. Common constructions:

• 6×7 — stiff, durable, suits stationary applications and abrasion-prone work
• 6×19 — balance of flexibility and durability; the everyday workhorse for general rigging
• 6×36 — more flexible than 6×19, suits running rope applications (winches, hoists)
• 7×7 — common in fencing, balustrade, and small-diameter applications

Galvanised wire rope handles general industrial use; stainless 316 wire rope suits marine, balustrade, and corrosive environments.

Sizing — diameter and working load

Rope diameter is the primary specification for wire and synthetic ropes. Working load limit (WLL) scales with diameter approximately as the square — doubling diameter quadruples the WLL. Always specify rope by diameter and material first, then by construction. Manufacturer data sheets give the WLL for specific rope types and constructions.

Compliance and standards

Wire rope used in lifting applications must comply with AS 3569 (steel wire rope — products and services) and the broader lifting standards (AS 2550). Synthetic slings used in lifting must comply with AS 1353 (webbing) or AS 4497 (round). Inspection, certification, and rope retirement criteria are specified in the relevant standard.

Where each rope type earns its place

• Wire rope — heavy lifting, winches, hoists, structural cable, marine standing rigging, abrasive environments
• Polyester — synthetic slings, low-stretch tensioning, industrial rigging
• Polypropylene — general utility, marine running rigging, tying and securing
• Nylon — shock-load applications, vehicle recovery, mooring (where stretch absorbs movement)
• Natural fibre — traditional rigging, decorative rope-work, grip applications

Care and inspection

Rope failure is rarely sudden — it usually develops over time through abrasion, fatigue, UV damage, or chemical contamination. Inspect ropes regularly for visible damage: cuts, fraying, broken wires (on wire rope), kinks, and discolouration. Retire ropes showing significant damage rather than running them to failure.

Companion ranges at AIMS

Ropes sit alongside our broader rigging hardware range — see rope grips, lifting shackles, rigging and lifting slings, and rigging screws for the related products.

Need help with rope selection for a specific application? contact our team — we'll match by load, environment, and rope construction.