Röchling Industrial Acquires Terbrack Kunststoff to Expand Bioplastics Portfolio

Röchling Industrial has announced the strategic acquisition of the operating business of Terbrack Kunststoff GmbH & Co. KG, a specialist in engineering plastics based in Vreden, Germany. The move is designed to significantly bolster Röchling’s production capacities and accelerate the market penetration of its sustainable product portfolio.

Strengthening Sustainable Manufacturing

The integration of Terbrack Kunststoff allows Röchling Industrial to expand its footprint in the machining and processing of high-quality thermoplastic components. By absorbing Terbrack’s facility and skilled workforce, Röchling aims to address the growing industrial demand for environmentally responsible material solutions.

Franz Lübbers, CEO of Röchling Industrial, emphasized that the acquisition is a logical step in the company’s growth strategy. The merger secures critical production resources needed to scale operations, ensuring that the company can meet tight delivery timelines while adhering to rigorous sustainability standards. The Vreden site will continue to operate, ensuring stability for existing employees and seamless service for current customers.

Expanding the BioConnect Portfolio

A primary driver behind this acquisition is the expansion of the Röchling BioConnect product family. Röchling has been aggressively developing high-performance plastics that utilize bio-based feedstocks and recycled materials to reduce carbon footprints without compromising technical performance.

Terbrack’s specialized machinery and expertise in complex plastic components will be pivoted to support these sustainable lines. This includes increasing the output of mass-balanced materials and bio-based engineering plastics used in sectors ranging from mechanical engineering to food processing. By vertically integrating Terbrack’s capabilities, Röchling ensures greater control over the processing chain for these sensitive materials, guaranteeing that the mechanical properties of their bioplastic offerings match those of their fossil-based counterparts.

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