PMU Material stands for “Inorganic Biodegradable Material” and is a cutting-edge composite material designed to be used as a direct substitute for conventional plastic pellets in manufacturing. This unique material blends natural inorganic substances, such as calcium carbonate, with specially modified biodegradable polymers to create a material that not only has functional similarities to plastics but also boasts significant environmental benefits.

Key Characteristics of PMU Material

Direct Replacement for Traditional Plastic Pellets PMU Material can seamlessly replace traditional plastic pellets in a wide range of applications. The unique composition of PMU material allows manufacturers to continue using existing production processes while achieving the environmental advantages of biodegradable packaging. This makes the transition from traditional plastics to PMU Material both practical and efficient.

Non-toxic and Safe for Incineration One of the main concerns with traditional plastic waste is its potential to release toxic gases when incinerated. In contrast, PMU Material can be safely incinerated without emitting harmful or toxic gases. This makes it a safer option for waste disposal, especially in regions where waste-to-energy practices are used to reduce landfill waste.

Biodegradable After Use Unlike conventional plastics, which can persist in the environment for hundreds of years, PMU Material is designed to degrade naturally after use. According to testing, PMU material can degrade over 90% in approximately 800 days. This biodegradability ensures that products made from PMU Material will break down in landfills or compost environments, significantly reducing their impact on the environment. This feature is particularly important for industries focused on reducing their carbon footprint and mitigating pollution.

Zero-Emission Production Process The manufacturing process of PMU Material is designed to be environmentally responsible, with zero emissions during production. This not only reduces the carbon footprint of the manufacturing process itself but also ensures that the production of PMU Material does not contribute to environmental degradation. In addition, the use of inorganic raw materials like calcium carbonate further minimizes the environmental impact, as these materials are abundant, non-toxic, and environmentally benign.