There is a huge demand for recycled EPS materials in the United States and overseas, which also includes EPS recycled material. However, only 71 million pounds of EPS were recycled in 2010. The 2012 update found that 31.1% of the U.S. population has access to recycling programs for EPS foam food service items. Today, ten years later, the methods of EPS recycling have become increasingly abundant, but the recycling effect is still not very satisfactory. Recently, EPS bans have appeared frequently because EPS recycling cannot meet expected standards. If there were feasible solutions, many bans would not happen! The existing EPS recycling system can meet the recycling needs very well. If you want to continue using EPS as a material, you must choose a suitable EPS recycling system. A truly efficient system can help improve waste utilization

In the entire EPS recycling system, if you want to achieve truly efficient recycling, one step that needs to be focused on is the use of EPS recycling machine. If you pay more attention to the compression ratio in the recycling process, then the EPS melting machine is your best choice. The reason why the compression ratio has received special attention is because the stronger the compression capacity of the EPS melting machine, the more convenient it will be during the subsequent recycling process, which is mainly reflected in the two aspects of transportation costs and storage. EPS melting machine mainly uses hot melt technology to melt and extrude EPS. After cooling, we often see EPS ingots, which sometimes appear in FIBCs as spherical blocks. This is because the automatic water cooling system is selected during the collection process to save labor.

The use of equipment is the most important link in the EPS recycling system, but other links cannot be underestimated. Recycling cannot be achieved without any link. Currently, the use of recycled EPS for manufacturing plastic products has become a very popular industry. You can sell recycled material. The waste will be made into plastic particles and then made into new products through various processes.