Kinedyne Winch Straps 4inx30ft Grey Rhino Max Abrasion Webbing HD Tie Down WLL# 66700 lbs

A 4in x 30ft Kinedyne Rhino Max Winch Strap with Flat Hook, engineered for high-abrasion cargo securement, is now available from Our Products. This winch strap allows truckers, haulers, and fleet operators to secure heavy machinery, lumber, steel loads, or other similar cargo during transportation. It is ideal for severe-duty jobs in the trucking and transportation industry. Find more information on this product below: Size & Capacity: This winch strap is available in a 4in width and is 30ft in length. The webbing's working load limit and breaking strength are 8,000 lbs and 24,200 lbs, respectively. The assembly working load limit and breaking strength are 6,670 lbs and 20,010 lbs, respectively. We do not recommend exceeding the product's WLL and BS to eliminate risks of product failure or injury. Strong & Durable: The strap has Kinedyne Rhino MAX 4054G Webbing and is made using polyester. It comes with Rhino abrasion coating that makes it stronger than the standard polyester straps. This coating allows the strap to stay protected against repeated friction by trailer rub rails, winches, cargo edges, or other similar conditions. This winch strap comes in signature Rhino Max gray color with black edges that enhance the overall appearance of the strap. Flat Hook w/ Defender/Abrasion Clip: The Kinedyne 1028 flat hook provides a wider contact area that helps to better distribute the tie-down force. It makes this flat hook winch strap an ideal choice for most loads. The built-in defender/abrasion clip of the flat hook protects the strap webbing, enhancing its durability and service life. This flat hook is made using carbon steel and is black powder-coated and heat-treated for better durability. We also have similar winch straps in different sizes, hook types, and color options. Application: It can be used to protect cargo such as heavy equipment, lumber, pipes, and other similar cargo. Use this strap with our corner protectors to further enhance its durability.