recycled ldpe

PCR LDPE (Post Consumer Recycled Low Density Polyethylene) is an environmentally friendly plastic produced by recycling post-consumer waste low density polyethylene (LDPE) material. LDPE, as a highly flexible and transparent plastic, is widely used in packaging and other everyday items. By recycling LDPE materials, PCR LDPE not only helps reduce the accumulation of plastic waste, but also provides companies with an economical and practical alternative that meets environmental requirements.

Product highlights: High quality recycled raw materials RLDPE (Recycled Low Density polyethylene) uses a single source, carefully screened industrial recycled LDPE raw materials, mainly from the following specific recycling channels: Packaging film: from the waste LDPE packaging film, widely used in food, daily products and other packaging. These packaging films are cleaned to remove printing inks and contaminants, ensuring high purity and low impurity content to maintain the high quality of recycled materials. Shrink film: Derived from discarded LDPE shrink film, this film is commonly used for packaging and labeling. After strict screening and cleaning treatment, to ensure the purity of the material, remove impurities, to ensure that the material has a good processing adaptability. Agricultural mulch: including waste LDPE mulch used in agriculture, this film is often used for agricultural mulch. After being screened, cleaned and purified to ensure high mechanical properties and stability of the material, it is suitable for a variety of regeneration applications. Extrusion waste: includes LDPE extrusion waste generated during production, such as scraps and unused extrusion material. These scraps are carefully screened to reduce impurities and ensure high purity and excellent mechanical properties of the recovered material. Through strict screening and purification treatment, RLDPE is able to provide high-quality recycled raw materials, which are suitable for packaging materials, agricultural film, building materials and other fields, with good processing adaptability and excellent physical properties.