Pharmaceutical and medical products are frequently packaged and transported using styrofoam. The superior shock-absorbing qualities of styrofoam are among its main advantages. It is therefore perfect for safeguarding breakable objects while in transportation. Additionally, styrofoam is lightweight, which lowers shipping costs and facilitates handling.In addition to its protective qualities, styrofoam is impervious to germs, dampness, and other impurities. It is therefore a safe and hygienic option for pharmaceutical and medical product packaging.

Styrofoam is an excellent insulator, making it ideal for temperature-sensitive medical and pharmaceutical products. For example, styrofoam is often used to insulate vaccines during transport and storage. This helps maintain proper temperatures and ensures the effectiveness of the vaccine. It is also essential in medical refrigeration units and cold rooms. Its excellent insulating properties help maintain consistent temperatures, which is critical for storing sensitive medical and pharmaceutical products such as vaccines, blood, and other temperature-sensitive materials.

Therefore, it can be seen that the styrofoam cooler is a very important thing, which helps many links in the medical field become convenient and efficient. However, in the process of using this material, we should also actively respond to recycling. Whether it is the styrofoam cooler before use: defective products produced in the manufacturing process, or scraps produced by cutting during the production process. Because the styrofoam cooler requires a fixed shape and size, a lot of scraps will be produced during the production process. You can consider using a styrofoam melting machine for recycling. GREENMAX styrofoam machine can directly and fully crush the loose waste, and then heat and melt it. The compression ratio can reach 90:1, which is a relatively high compression ratio. Among all recycling equipment, it has a more outstanding compression effect.

The use of GREENMAX styrofoam melting machine is relatively simple. According to important parameters such as the density of the waste, the data is set. Under normal operation, the machine can produce high-quality compressed materials. If the waste parameters you need to process are special, you can communicate with the engineer to meet customized needs through special design.