The properties of peroxides determine their sensitivity to temperature, light, and other chemicals. Improper packaging may cause it to lose activity, undergo decomposition reactions, or produce hazardous by-products. Therefore, specially designed packaging containers and materials are essential. Packaging that resists chemical attack, prevents light transmission, and maintains a stable temperature is key to ensuring peroxide safety. Sustainability is another important factor when considering peroxide packaging. The search for degradable or recyclable materials to reduce the environmental impact of packaging is one of the current trends.
Packaging peroxide is more than just putting it in a container, it is an undertaking that requires careful design and careful consideration. In today’s world of increasing emphasis on safety, efficiency and environmental sustainability, the importance of peroxide packaging has become increasingly apparent. Through reasonable packaging design and continuous innovation, we can ensure that peroxide can play its role safely and reliably in various fields, bringing greater convenience and safety to our life and work.
That’s why Evergreen offers a variety of packaging options for liquid and solid organic peroxides. The maximum package size for each organic peroxide is determined by the United Nations and is based on the peroxide hazard classification listed in Table 1.

We understand the importance of product packaging. We have made many improvements to our packaging to optimize the safe transportation, handling and storage of liquid organic peroxides.
Evergreen’s liquid peroxide packaging is shown in Table 2

The standard packaging of evergreen solid and paste peroxide is shown in Table 3