Product Overview Heavy duty endless ratchet strap, size 600 x 3.8 cm. Constructed with polyester webbing and iron ratchet components for durable, longterm use. Designed to secure large items in trailers, pickup beds, roof racks, and on commercial haulage jobs. Key Benefits Secure load retention: Endless loop design and ratcheting tension give reliable hold to reduce cargo movement during transport. Durable construction: Polyester webbing is wearresistant and the iron ratchet assembly provides strong, stable tensioning without rapid deformation. Versatile length and fit: 600 cm length and 3.8 cm width give ample reach for wrapping around bulky items or anchoring across multiple tiedown points. Easy to use: Loop the strap around the load, feed through the ratchet, and tension to the needed tightness. Simple release when unloading. Practical for professionals and consumers: Suitable for truck drivers, haulage contractors, camper owners, and anyone needing dependable cargo restraint. Features and Specifications Size: 600 x 3.8 cm (length x width) Design: Endless loop strap with ratchet tensioning mechanism Materials: Polyester webbing; iron ratchet components Performance: strength webbing and solid ratchet structure designed to resist breaking and deformation under load Typical Applications Moving appliances: Secure refrigerators, washing machines, and other large appliances in a trailer or van to prevent tipping and sliding. Pickup truck transport: Anchor furniture, construction materials, or landscaping equipment in a pickup bed for local or longdistance hauling. Camper and roof rack use: Fasten gear, spare fuel containers, or camping equipment on camper trailers and car roof racks for stable transport. Why Choose This Strap This endless ratchet strap combines durable materials and a straightforward tensioning mechanism to provide a dependable solution for securing large or irregular loads. Its length and robust construction make it suitable for both professional haulage work and everyday vehicle use, offering consistent performance without unnecessary complexity.