Conceived and delivered by SECO/WARWICK, the EV/CAB system is a milestone for the client-a debut foray into such a specialized production method. With a manufacturing footprint spread across the United States, Germany, China, Singapore, Malaysia, and Thailand, the company is fortifying its capabilities in automotive thermal exchanger technologies.
“CAB furnaces function through a variable-speed system that conveys parts using a robust stainless-steel mesh,” shared Piotr Skarbiński. “The controlled atmosphere brazing of aluminum process raises component temperatures to brazing thresholds while maintaining a stable, oxygen-free nitrogen environment. This protects structural integrity and ensures consistency. A rising global ethos around sustainability, coupled with tightening environmental regulations, continues to propel the e-mobility movement forward.”
The installed CAB system integrates dual heating modalities-electric and gas-ensuring energy flexibility and operational agility. It features a 1.6-meter-wide TTBB furnace chamber, radiation preheat and brazing zones, a tiered cooling system with an air jacket, and a centralized control module. Although the system is primarily electric, optional infrastructure for gas-fired heating has been included, offering a pathway to optimize cost or energy sourcing in the future. Independent heating zones guarantee uniform temperature distribution across products of identical shape and build.
In addition to its entry into EV battery chiller production, the company also manufactures intricate metal components for the tech and telecommunications spheres-solidifying its position as a multidisciplinary innovator within high-precision manufacturing landscapes.
ERA-MIN is a network of European organisations owning and/or managing research programs on raw materials.
It is currently comprising 19 partners from 15 countries. The number of partners is set to increase over the project’s lifetime to form a major network for the European non-energy mineral raw materials research community (ENERC).
Our membersTo contribute to overcome the current state of fragmentation and to foster research in the field of industrial production and supply of raw materials by :