What are the main advantages of PET strapping in the cotton industry applications?

High strength: PET strapping has high tensile strength and can withstand the huge weight of cotton after packaging. It is not easy to break, ensuring the integrity of cotton packaging during storage and transportation, and reducing cotton loss caused by packaging damage. For example, in long-distance transportation, PET strapping can maintain good bundling effect in the face of bumps and compression.

Wear resistance: Cotton will rub against various objects during packaging and transportation. PET strapping has a smooth and wear-resistant surface, which is not easily damaged by friction. Compared with some materials that are prone to wear, it can better protect cotton packaging and extend the service life of strapping.

Corrosion resistance: Cotton storage environment may have certain humidity and may come into contact with some corrosive substances. PET strapping has good corrosion resistance, is not easily corroded by humid environments and general chemicals, and can maintain stable performance for a long time without reducing bundling strength due to corrosion.

Good flexibility: PET strapping has excellent flexibility and can tightly fit the shape of cotton bales. Even in low temperature environments, it is not easily hardened or brittle, which can avoid scratching the surface of cotton bales due to hardness. At the same time, it can better adapt to cotton bales of different sizes and shapes when bundling.

Weather resistance: Whether in hot southern cotton regions or cold northern cotton regions, PET strapping can adapt to different climatic conditions. It will not rapidly age, become brittle or lose elasticity due to long-term exposure to sunlight or temperature changes in different seasons, and can maintain good bundling performance for cotton bales in various complex outdoor storage and transportation environments.

Stability: PET strapping can achieve high-precision dimensional control during the manufacturing process, with very small dimensional tolerances such as width and thickness. This makes the performance of each packing belt very stable and consistent during the cotton packing process, providing even bundling force, ensuring that the shape of the cotton bales is neat and easy to stack and transport.