Value Collection WS-MH-WIRE-096 Aircraft Cable 1/8 in

Product Description

The VALUE COLLECTION WS-MH-WIRE-096 is a 1/8-inch diameter stainless steel aircraft cable rated for a 1,760-pound breaking strength. Built on a 7 x 19 strand core construction, this cable delivers flexibility and resistance to fatigue under repeated bending cycles. The stainless steel finish provides corrosion resistance suited for both indoor and outdoor environments. This cable is commonly installed by riggers, electricians, and general contractors in tension, suspension, and control applications where a reliable, small-diameter wire rope is required.

This aircraft cable is applicable across a wide range of trade and industrial settings. Typical uses include wire rope railings, safety restraints, sign hanging, theatrical rigging, and load-securing systems. The 7 x 19 strand configuration makes it well suited for applications requiring a balance of tensile strength and flexibility. At 1/8 inch in diameter, it fits standard 1/8-inch cable fittings, swage terminals, and ferrules without modification.

Key Features

• 1/8-inch diameter fits standard cable hardware and terminals
• 1,760-pound breaking strength for tension and suspension applications
• 7 x 19 strand core construction provides flexibility and fatigue resistance
• Stainless steel finish resists corrosion in wet and outdoor environments
• Lightweight at 1.52 pounds for easy handling and installation

Compatibility

Designed as an OEM-style replacement or general-use aircraft cable compatible with standard 1/8-inch cable fittings, swage terminals, thimbles, and ferrules used in rigging and tension applications.

Installation Notes

Installation of aircraft cable should be performed by a qualified rigger or tradesperson familiar with wire rope hardware and applicable load ratings. Always de-tension any existing cable assembly before removing or replacing cable runs. Use proper swaging tools or mechanical fittings rated for 1/8-inch cable; do not use undersized or oversized hardware. Verify that the assembled system does not exceed the cable breaking strength under anticipated load conditions, and apply an appropriate safety factor per applicable codes and engineering guidelines.