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Plastics, as a fundamental material, play an indispensable role in virtually every aspect of our daily lives, characterized by their lightness, durability, and malleability. Today's plastics industry is actively embracing change, committing to reducing its environmental footprint and providing solutions for global challenges through technological innovation and sustainable development principles. This article explores a plastics industry that is proactively transforming towards a green, circular future.

As a crucial pillar of the global manufacturing industry, plastic products such as plastic bags, garbage bags, and disposable Pe Gloves are not only deeply integrated into daily life but also play an irreplaceable positive role in economic development, people's livelihood security, technological breakthroughs, and other fields. This article will analyze the positive value of the plastic industry from multiple dimensions and demonstrate its driving force for social progress.

plastic bags once served as essential partners in daily life and commerce due to their convenience and low cost. Today, however, they are undergoing a profound green transformation. With the global awakening of environmental awareness and significant technological advancements, traditional plastic bags are no longer adversaries of the environment but have become vibrant carriers of circular economy and innovative technology. From the development of biodegradable materials to breakthroughs in recycling technology, from changes in consumer habits to global policy initiatives, the plastic bag industry is actively embracing sustainable development, transforming into a model of efficient resource utilization. This evolution not only alleviates environmental burdens but also pioneers a new era where environmental protection and convenience coexist, demonstrating humanity's wisdom and determination in addressing challenges.

In daily life and commercial activities, food packaging plays a vital role in ensuring safety, improving efficiency, and delivering value. Among various packaging materials, food-grade PE (polyethylene) vest bags have become an indispensable partner in fresh retail, food delivery, and household storage due to their unique properties and wide range of applications. They represent not only mature and reliable technology but also reflect a deep concern for consumer health and experience. This article will provide a comprehensive analysis of food-grade PE vest bags as a modern packaging solution that balances protection, convenience, and sustainability, covering four aspects: material safety, functional design, diverse applications, and environmental trends.

Polyethylene (PE), as the main raw material for garbage bags, its quality directly affects the product performance. During production, it is necessary to select PE with different densities according to the intended use of the garbage bags, such as household, commercial or industrial use.

From its difficult start to now occupying an important position in the global plastic field, China's plastic processing industry has gone through a long development process. Today, China has become a major plastic country with the world's largest output, consumption and exports. However, the path forward for the industry is not smooth, as it is currently facing many tough problems that urgently require transformation and breakthroughs.

Plastic bags are made from resins such as polyethylene through processes including raw material preparation, film blowing, bag making, and quality inspection. Through melting, shaping, cooling, and setting processes, polymer materials are transformed into flexible and sealable films, which then undergo cutting, sealing, and other treatments to finally form practical packaging products suitable for various scenarios.

The plastic degradation technologies as a solution to severe plastic pollution.  It highlights applications across agriculture, with degradable films from Kingfa and Kaishun aiding sustainable farming;  packaging, via "living plastic" and photodegradable bags curbing "white pollution";  and environmental protection, using microwave and catalytic pyrolysis for high-value waste plastic recycling.  Industrial breakthroughs like low-energy polysulfone degradation are covered too.  Diverse technologies—photocatalytic, bio-enzyme, thermal catalytic—are analyzed.