Performance characteristics of PP woven bags

PP woven bags have excellent tensile strength and tear resistance. The molecular structure of polypropylene is stable, making the woven bags less likely to deform or break under load. In the agricultural field, they are often used to load grains and fertilizers. Even when filled with heavy loads, they can withstand the pulling and friction during handling. In industrial production, they are used to package cement, chemical raw materials, etc., effectively protecting products from damage during transportation and storage. In addition, they are highly durable and can be reused multiple times, reducing packaging costs.

PP woven bags have strong environmental adaptability and good weather resistance. Whether in high-temperature exposure or low-temperature cold environments, they can maintain stable performance. They will not be affected in use due to softening at high temperatures, nor will they easily become brittle and break in cold environments. This characteristic makes them perform well in outdoor storage and transportation. Even if exposed to sunlight, wind, and rain for a long time, they can maintain their structural integrity and ensure the safety of the items inside.

Polypropylene has stable chemical properties, and PP woven bags are resistant to most chemicals. They are not prone to chemical reactions with acids, alkalis, organic solvents, etc., so they can be used to package various chemical products, pesticides, etc. For example, when containing mildly corrosive acidic or alkaline solutions, PP woven bags will not be corroded, effectively avoiding the risk of leakage and ensuring transportation safety.