How to use strapping ropes of different materials


The strapping rope mainly plays a very important role in the packaging process.

 

The first is the steel strapping rope, which can firmly strap rigid and compressed packages, and can resist sunlight, high temperature and cold environments. It is mostly used for strapping packages that require high strength and high continuous tensile stress. But it should be noted that it is easier to rust. Then there is nylon strapping rope, which has high continuous tensile stress and elongation, and is mainly used for strapping heavy items and shrink packaging. The third is polypropylene strapping rope. Its continuous tensile stress is slightly worse, but its elongation rate is relatively high. It is used for lighter packaging and carton sealing. Finally, there is a polyester strapping rope, which is mainly used for the strapping of rigid packages that maintain the strapping tension during loading, unloading, transportation and storage. Bundling of rigid-body packaging that maintains the bundling tension.

 

The strapping rope mainly plays a very important role in the packaging process.

 

The first is the steel strapping rope, which can firmly strap rigid and compressed packages, and can resist sunlight, high temperature and cold environments. It is mostly used for strapping packages that require high strength and high continuous tensile stress. But it should be noted that it is easier to rust. Then there is nylon strapping rope, which has high continuous tensile stress and elongation, and is mainly used for strapping heavy items and shrink packaging. The third is polypropylene strapping rope. Its continuous tensile stress is slightly worse, but its elongation rate is relatively high. It is used for lighter packaging and carton sealing. Finally, there is a polyester strapping rope, which is mainly used for the strapping of rigid packages that maintain the strapping tension during loading, unloading, transportation and storage. Bundling of rigid-body packaging that maintains the bundling tension.