EPS is the perfect packaging option for almost industrial products

EPS is the perfect packaging option for almost any high-value, heavy-duty product that completely protects against and at the risk of shipping and handling and provides complete protection for industrial products. Covers everything from fragile pharmaceutical products to electronic components, consumer electronics, toys, and gardening or garden products, to all or even more of those who reach their destinations - and household consumption is typically found in the EPS's fine packaging to improve the conditions.

EPS can be designed to fully cooperate with automated production lines, including product packaging, so EPS packaging is well suited for integration into production systems. The EPS packaging system is the best choice for cost, versatility and efficiency because workers are easy to handle, have no sharp edges or staples, and have the same perfect functioning as precision machines.

EPS packaging is the best way to maintain the freshness of any food, including fish and shellfish, meat, fruit and ice cream. Perfect protection avoids danger, damage and waste at different stages of manufacture and transportation. EPS wrappers ensure that, every day, many different foods are delivered to retailers or end-consumers in good condition. Food safety is important, but poorly guarded or poorly insulated products may not be up to standard, posing a serious health risk to consumers and may also cause serious waste problems for supermarkets or food suppliers. This is an important ecological benefit that EPS can provide. It saves food, reduces food waste, and ensures food safety.

However, the expanded polystyrene are disposable, which can easily become the white pollution, so Styrofoam recycling is very necessary to protect our environment. And then we can reuse it to do some other products.

Do not let "poison plastic" into the recycling system

National Development and Reform Commission open to the community to seek "plastic garbage pollution prevention" proposal to come to an end. There is no doubt that to solve the problem of plastic garbage pollution, it is necessary to take measures at the source to reduce the amount of waste plastic polystyrene recycling through waste separately collected together, and then processed to make it into recycled plastic and recycled plastic products.

However, if some plastic products were originally made from "poisonous plastic" from the outset, the recycled plastic from which they are converted is likely to be "poisonous plastic" and the related product will remain "toxic product."

There are two root causes of poison plastic problem. First, certain types of plastic under certain conditions, itself is toxic. Polyvinyl chloride (PVC) is the most typical one. Although this artificial resin itself is non-toxic, its raw material vinyl chloride monomer is a known human carcinogen. Scientific research shows that not only some PVC plastic products will have a certain vinyl chloride monomer residues, in some physical and chemical conditions, such as the regeneration of the melting process, there will be more vinyl chloride monomer is released.

The intentional addition of toxic chemicals is another major cause of toxic plastics. In order to obtain specific properties of plastics, their products perform specific functions. Plastic manufacturers can add various chemicals to their primary plastics as needed, including plasticizers, colorants, fillers, heat stabilizers, lubricants and the like. Many of these additives have very high toxicity, such as bisphenol A, phthalates or phthalates, a variety of brominated flame retardants and so on.

Whatever the reason, once the poison plastic is present, its production, use, disposal and regeneration process may release toxic and harmful substances continuously, causing environmental pollution and harming people's health.

Thus, an important part of the prevention and control of plastic garbage pollution is to prevent the intentional addition of toxic chemicals in plastics with the plastic recycling process into the new plastic products, as well as to prevent plastic in the process of conversion of new harmful substances.