7x7 304 Stainless Steel Aircraft Cable - 1/8" - 250 ft - 340 lb Breaking Strength
Premium 304 Stainless Steel Aircraft Cable for Marine, Rigging & Industrial Applications
This 7x7 construction 304 stainless steel aircraft cable delivers exceptional corrosion resistance and reliable strength for demanding applications. With a 340 lb breaking strength and flexible 7x7 strand construction, this wire rope is ideal for marine rigging, cable railings, architectural installations, and general-purpose lifting and securing tasks.
Key Features & Benefits
- Superior Corrosion Resistance: 304 stainless steel construction withstands harsh marine environments, outdoor exposure, and corrosive conditions
- Flexible 7x7 Construction: Seven strands of seven wires each provide excellent flexibility for applications requiring bending and routing around pulleys or corners
- Proven Breaking Strength: 340 lb breaking strength ensures safe, reliable performance for light to medium-duty applications
- Versatile Applications: Perfect for cable railings, marine rigging, guy wires, safety lines, architectural features, and general rigging
- Smooth, Bright Finish: Clean appearance ideal for visible installations and architectural applications
- Easy to Work With: Flexible construction makes cutting, splicing, and terminating straightforward with proper tools
- Long-Lasting Performance: Stainless steel resists rust and degradation, providing years of dependable service
Technical Specifications
- Construction: 7x7 (7 strands × 7 wires)
- Material: 304 Stainless Steel
- Diameter: 1/8"
- Length: 250 feet
- Breaking Strength: 340 lbs
- Weight: 2.05 lbs per 250 ft
- Finish: Bright (uncoated)
Common Applications
This aircraft cable is trusted by professionals for cable railing systems, marine rigging and lifelines, architectural tension structures, guy wires for antennas and towers, safety cables and fall protection, zip line installations, and general-purpose rigging and securing applications.
Note: Always use appropriate fittings, thimbles, and termination methods. Working load limit is typically 1/5 of breaking strength. Consult industry standards and safety guidelines for your specific application.