SÜDPACK to present latest compounds in Ulm

High impact strength – reduced carbon footprint
SÜDPACK has optimized its compounds for applications involving high mechanical stress – such as the production of housings, technical components, or automotive interior parts. In testing, SÜDPACK’s compounds consistently outperformed unmodified base polymers.
At the same time, compounds containing recyclates or biobased materials help reduce reliance on fossil raw materials and shrink the overall carbon footprint – making a valuable contribution to the circular economy in the plastics industry. Upon request, SÜDPACK can also provide a detailed eco-balance for its StarBlend compounds, enabling customers to make informed, factbased deci-sions tailored to their specific requirements.

Compounds with defined electrically conductive properties
Most plastics are electrical insulators and can become statically charged through friction. Uncontrolled electrostatic discharges cause millions in damages every year – particularly in sectors such as microelectronics, medical technology, chemicals, logistics, and explosion protection – due to product damage, performance loss, or even explosions.
To prevent this, SÜDPACK enhances its PP-based compounds with tailored additives to achieve conductivity levels ranging from antistatic to fully conductive, depending on the requirements. In addition to black and uncolored variants, the compounds can also be color-matched to meet specific design requirements – such as defined housing colors. Thanks to their low weight, these compounds are ideally suited for efficient lightweight applications.