Tricor Packaging & Logistics

TRICOR Packaging & Logistics built a heavy-duty corrugated board plant in North Rhine-Westphalia, Germany, with an investment of about EUR 170 million, funded by parent Rengo. The plant began operations in July 2025 with planned output of 140,000 tonnes per year and more than 200 jobs.

TRICOR Packaging & Logistics AG commissioned a factory-integrated BHS Corrucleaner HE-90 dust removal system on its newest 2.8-metre corrugator in Goch, Germany. The article is dated 30 July 2025 and the commissioning took place the previous week.

TRICOR began production at its new heavy corrugated board plant in Weeze-Goch, Germany, after 15 months of construction. The plant cost about EUR 175 million, creates more than 200 jobs and can produce up to 140,000 tonnes per year.

TRICOR Group held the groundbreaking for a €170 million heavy corrugated board plant in the Weeze-Goch region of Germany, expected to employ more than 200 people.

Rengo subsidiary TRICOR Packaging & Logistics will build a new automated corrugated board plant in Goch, North Rhine-Westphalia, with a total investment of about EUR 170 million. Completion is targeted for July 2025.

Japan United, via its German subsidiary United Europe and TRICOR Packaging & Logistics, signed a share purchase agreement to acquire THIMM Packaging Systems, a heavy-duty packaging maker in Hausen, Germany, subject to German antitrust approval.

Japan's Rengo Group agreed to acquire Thimm Packaging Systems, the industrial goods division of Germany's Thimm Group, with the price kept confidential. The takeover awaits Federal Cartel Office approval, expected within weeks.

Rengo announced that its subsidiary Tri-Wall Limited will acquire Germany-based TRICOR Packaging and Logistics AG, a heavy-duty corrugated packaging producer. Completion was expected before the end of August 2019.

KUKA supplied and configured six KR QUANTEC robots for Tricor Packaging & Logistics' corrugated board production in Bad Wörishofen, Germany, after KUKA Customer Service stepped in to complete a stalled robot system.