Beijing BEFTRE Green Material Co.,Ltd

Before you start a fairly complex and potentially costly journey,  biodegradable bag supplier  continue to share the following eight things with them. 5. In general, compostability certification requires testing and certification of the entire structure and/or all components. Suppose you want to put your frozen fries in a more environmentally friendly bag, such as 1 mil thick. You will find that the extruder manufacturers claim that the film produced by their machine has been certified as an industrial compost by the US PBI or the European TUV, one of the two major certification bodies. Great! Can this be done? No. First, you need to determine the film specifications for testing and certification. If your film is 1.2 mils thick and you want 1.0 mil, then you have passed the first level. If you want 1.5 mils, you need to start from scratch and use a 1.5 mil film (or thicker).If you don't print anything on the bag, coloring or staining, you may have already finished. However,

1. The demand for biodegradable plastics continues to grow due to the global “plastic limit” and “ban plastic” laws. In recent years, developed countries and regions such as Europe, the United States, and Japan have successively formulated and promulgated relevant laws and regulations, restricting the use of non-degradable plastics through measures such as partial ban, restriction, compulsory collection, and collection of pollution taxes, and vigorously develop biodegradation. Protecting the environment and protecting the soil, such as December 31, 2018, the Ministry of the Environment of the Republic of Korea confirmed that South Korea will completely ban the use of disposable plastic bags from 2019 to further reduce "white pollution." In addition, the European Parliament has also passed a proposal called “the most prohibitive plastic order in history”. From 2021 onwards, the EU will completely ban all disposable materials such as cardboard. Driven by the “restriction o

Biodegradable plastics are mainly used in packaging, fiber, agriculture, injection molding and other fields. Among them, the packaging industry is the most widely used, and the injection molding application market is the main driving force for the growth of biodegradable plastics. At present, Europe and the United States is the main market for  biodegradable plastics . Biodegradable plastic refers to microorganisms that exist in nature, such as under conditions such as soil and/or sand, and/or under specific conditions such as composting conditions or under anaerobic digestion conditions or in aqueous culture fluids. Bacteria, mold and algae cause degradation and eventually completely degrade into carbon dioxide (CO2) or/and methane (CH4), water (H2O) and mineralized inorganic salts of the elements contained therein, as well as new biomass plastics. Polylactic acid (PLA) is a new type of biodegradable material made from starch raw materials proposed by renewable plant resources su

Consider sustainable packaging? With global attention to this issue, your top management and marketers are likely to ask you to inspect packages that can be composted or biodegraded in the marine environment. Before you start a fairly complex and potentially costly journey,  biodegradable bag supplier  share the following eight things with them. 1. Biodegradation is a process, not the end result. Biodegradation occurs when a material is broken down into simpler materials by bacteria, fungi, or other biological means. The end result you are looking for may be home or industrial compostability, which can be caused by biodegradation. The same is true for marine biodegradation. From the perspective of reducing waste, this term does not guarantee any particular benefit. In fact, doing some propaganda related to biodegradability will bring you a lot of trouble. You may be surprised to find that in California, it is illegal to file a statement related to biodegradability. In Sacramento

Bio-based plastics and biodegradable plastics are new materials that are environmentally friendly and sustainable alternatives to traditional plastics that are currently primarily petroleum-based. "Degradable," "biodegradable," and "compostable," etc., are terms that are often referred to when talking about these materials, and are similar but different. When designing a new product, it is important to consider its ecological behavior, which is related to its final treatment. Of particular concern are the plastics used in disposable packaging and consumer products. These materials are designed to be biodegradable and ensure that they are ultimately properly disposed of in order to be environmentally friendly and ecological. For example, composting  biodegradable plastic bag   and waste paper with other organic compostable materials, such as yard waste, food, and agricultural waste, can produce large amounts of carbon-rich fertilizer (humic material). Fe