Jamiikury 6PCS M8 Hook & Hook Turnbuckle 304 Stainless Steel Turnbuckle Wire Rope Tension Heavy Duty Turnbuckles for Cable Railing Wire Rope Hardware

Jamiikury 6PCS M8 Hook & Hook Turnbuckle 304 Stainless Steel Turnbuckle Wire Rope Tension Heavy Duty Turnbuckles for Cable Railing Wire Rope Hardware

Package Includes: 6 x M8 Hook & Hook Turnbuckles. Working Load Limit: 440lbs / 200kg. Min Length: 7.55" / 192mm, Max Length: 11.33" / 288mm High Quality: Hook turnbuckles are made of high quality 304 stainless steel, corrosion resistance and durability, stable structure, polished and polished without burrs, not easy to rust and oxidize, which can use for a long time Hook & Hook Design: The double open hook ends allow fast attachment and removal without the need for extra tools. Ideal for temporary or adjustable systems like shade sails, string lights, wire fencing, and gardening structures. Smooth Threaded Rods: Equipped with precision right- and left-hand threading, allowing you to increase or decrease tension by simply rotating the body, providing precise incremental adjustments. Perfect for tightening wire ropes, cables, chains, and other tension-bearing systems without slippage or backlash. Wide Applications: Widely used for architectural projects, marine rigging, garden trellises, steel wire rope systems, and heavy-duty construction—designed to meet professional standards Feature:
turnbuckles is detachable, which can be reused and you can be lubricated as needed to ease operation.
Made of high quality stainless steel, wear corrosion resistance features, and not easy to deform.
Turnbuckle can be used for tightening among steel wire rope and chain. Perfect for the tightening of wire rope, as well as regulate the elastic effect for other rope.

Specifications:
Material: 304 Stainless Steel.
Thread Diameter: 8mm / 0.31 inch.
Min Length: 192mm / 7.55 inch.
Max Length: 288mm / 11.33 inch.
Working Load Limit: 440lbs / 200kg.

Note
1. Due to manual measurement, please allow 1-2mm difference, thanks!
2. Our digital images are as accurate as possible. Because of the difference between the display and the light, the color is slightly different.