5×19 S (1-9-9) FC STEEL WIRE ROPES Introducing our versatile 5×19 S (1-9-9) FC Steel Wire Ropes, meticulously engineered to deliver outstanding performance across a spectrum of applications. With a unique 1-9-9 lay pattern and a flexible core (FC), this wire rope ensures strength, flexibility, and reliability in diverse scenarios. Key Features: 1. Versatile 5×19 Configuration: The 5×19 design offers versatility for a wide range of applications, making it a go-to solution for lifting, rigging, and towing tasks in various industries. 2. Optimized 1-9-9 Lay Pattern: The 1-9-9 lay pattern enhances the wire rope’s strength, providing robust performance in applications that require durability and load-bearing capabilities. 3. Flexible Core (FC) Construction: The flexible core adds to the wire rope’s flexibility, facilitating smooth operation around pulleys and sheaves. This feature is crucial for applications where flexibility is key. 4. Durable and Wear-Resistant: Built to withstand wear, this steel wire rope offers reliable resistance to abrasion and corrosion, ensuring a longer service life and consistent performance. 5. Applications Across Industries: Suitable for a diverse range of industries, including gondola ropes and roof structural ropes, this wire rope is designed to meet the demands of various lifting and towing tasks. 6. Quality Assurance: Our 5×19 S (1-9-9) FC Steel Wire Ropes undergo stringent quality control measures, ensuring compliance with industry standards and providing peace of mind for reliable performance. Invest in versatility, strength, and reliability with our 5×19 S (1-9-9) FC Steel Wire Ropes. Whether in construction, mining, or other industries, trust this wire rope to deliver consistent performance across a myriad of applications. Specifications: Specially recommended for Gondola application Abrasion-resistant Crush-resistant Long-lasting Low maintenance operation on traction hoist equipment Finishing Galvanized UnGalvanized Available In RHO (Right hand ordinary lay) LHO (Left hand ordinary lay) Normal Diameter Approximate Mass Minimum Breaking Force 1770 1960 2160 mm Kg/100m kN kN kN 8 23 37 41 46 10 36 58 65 71 12 52 84 93 103 14 70 114 127 140 16 92 150 166 183 18 116 189 210 231 20 144 234 259 285 22 174 283 313 345 24 207 336 373 411 26 243 395 437 482 28 281 458 507 559 30 323 526 582 642
