For the Challenges of E-Mobility and Sustainability
Advanced additives for engineering plastics allow compounders to produce materials with properties that significantly exceed previous performance limits. Such benchmarks are in demand among original equipment manufacturers (OEMs) and suppliers as they face new challenges. The keywords here are e-mobility, the continuous search for greater sustainability through material and energy savings, and the recycling of plastics for reuse.
Authors: Kirsten Markgraf, Technical Product Manager Polymer Additives, and Kristina Frädrich, Marketing & Technical Product Manager Polymer Additives, L. Brüggemann
High-Performance Additives ‘Tune’ Thermoplastics

One focus is on metal- and halogen-free additives that significantly increase thermal resistance while maintaining electrical and flame-retardant properties, and additives that thermally and mechanically enhance recycled materials to the level of virgin materials. Another focus area is the improvement of flow properties during injection molding of thermoplastics. This enables long flow paths even for complex shapes with low wall thickness for lightweight designs, particularly when high percentages of reinforcing fibers are used to maximize mechanical strength. At the K 2025 trade fair in Düsseldorf, German manufacturer of high-performance additives Brüggemann will showcase what is already possible today. This article provides first insights.
The company’s portfolio of additives was complemented in 2022 with the acquisition of the Italian subsidiary Auserpolimeri, which is now fully integrated. Brüggemann is a leader in the design and supply of high-performance additives for all types of polyamides. Auserpolimeri’s expertise adds to Brüggemann’s sophisticated solutions in the field of chemically functionalized polyolefin-based polymers, which are used as impact modifiers, particularly for polyamides. In addition, there are new developments, including an additive that provides thermoset-like properties, particularly at high temperatures, without compromising the thermoplastic processability for applications such as polyolefin foams, halogen-free flame-retardant (HFFR) compounds, and cables.
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Innovative Solutions for E-Mobility
The increasing use of electric drives is leading to a higher demand for e.g. connectors, battery systems and charging infrastructures. This presents specific challenges, particularly regarding heat resistance, flame retardancy and electrical properties of the thermoplastics used. Brüggemann’s additive portfolio offers tailored solutions.
The latest generation of metal- and halogen-free heat stabilizers, Bruggolen TP-H2217, has been specially developed to meet the needs of the electrical, electronics, and e-mobility industries. It raises the continuous operating temperature of reinforced polyamides to 170 °C for up to 8,000 hours, setting a new industry standard while maintaining comparative tracking index (CTI) and flame retardancy.
In addition to additives for polyamides, the portfolio is being expanded to include stabilizers for cross-linked polyethylene (XLPE) compounds. Bruggolen TP-H2431 is a long-term heat stabilizer specially formulated for cable applications, enabling T3/T4 classification. It is supplied in pellet form and designed for exceptional thermal stability during continuous use and is suitable for applications based on both E-beam and Sioplas technology.
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Company
L. Brüggemann GmbH & Co. KGSalzstraße 131
74076 Heilbronn
Germany
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