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PE film exhibits excellent flexibility and ductility, allowing it to conform to a variety of complex shapes and sizes. Furthermore, PE film maintains

PE film can be used in medical settings, such as operating rooms and laboratories, for covering, protection, isolation, and disinfection.

The density of PE film (polyethylene film) is a key parameter in material selection and process design. According to international standards ISO 1183

PE bags (polyethylene bags) come in a variety of sizes, typically determined by factors such as their intended use, thickness, and size.

The primary raw material for PE bags is polyethylene (PE), a thermoplastic resin made by polymerizing ethylene. Industrially, this also includes copol

Ensure that the selected PE raw materials are of stable quality and meet performance standards to avoid product quality issues caused by raw material

PE bags, short for polyethylene bags, are non-woven bags made of polyethylene. They are commonly used in everyday life, such as supermarket shopping b

During the PE bag production process, to ensure quality and performance, special attention should be paid to improving the following mechanical proper

Custom PE bags are mainly categorized as follows, based on factors such as material, manufacturing process, application, and special features:

Material Procurement: First, polyethylene (PE) granules are purchased as the primary raw material. These granules may include high-density polyethylen

Based on the manufacturing process, PE bags are divided into PE flat bags, Zifeng bags, ziplock bags, envelopes, perforated handbags, tote bags, ziplo

High transparency: PE bags offer excellent transparency, making the contents clearly visible and easy to check and select.