Cable & Wire Rope

Match the rope’s construction (e.g., 7x19, 6x36) and material (galvanized steel, stainless steel, or synthetic) to the load type and environment, verify the rated breaking strength and safety factor for your use, and choose the proper diameter and end fittings for compatibility with your equipment

Use the manufacturer’s rated breaking strength and apply an appropriate safety factor—common industry practice is 5:1 for general lifting and 10:1 or higher for critical or overhead lifting—inspecting for working load limits that match your expected peak loads

Stainless steel offers the best corrosion resistance for marine or corrosive environments, galvanized steel provides good corrosion protection at lower cost, and synthetic ropes (e.g., Dyneema) resist corrosion and are lightweight but have different abrasion and UV characteristics to consider

Choose fittings compatible with the rope type and diameter—common options include swaged terminals, thimbles with wire rope clips, mechanical sockets, and clevis or shackle end fittings—and follow manufacturer torque and installation guidelines for safe termination

Regularly inspect for broken wires, kinks, corrosion, wear at contact points, and loss of diameter; lubricate per manufacturer recommendations, replace rope showing multiple broken strands or significant wear, and avoid shock loads and sharp bends during use

Confirm diameter, length, construction type, rated breaking strength or working load limit, material/coating, and any certification or standard compliance (e.g., ASTM, ISO) to ensure the product meets your technical requirements

Cable and wire rope prices vary by material, construction, and fittings; budget options commonly start under $50 while industrial-grade or specialty ropes cost more, and higher-priced items often reflect thicker construction, corrosion-resistant materials, or pre-terminated assemblies