SKF has opened a Ceramic Process Laboratory (C-Pro Lab) at its research and development center in Houten, the Netherlands. The company describes the facility as a state-of-the-art capability that strengthens its position across the full ceramic manufacturing value chain, from raw-material powder processing to high-performance component engineering. SKF expects the lab to support wider adoption of advanced hybrid bearing technology.
Hybrid bearings combine high-grade steel rings with silicon nitride rolling elements. According to SKF, this construction offers better electrical insulation, lower weight and reduced friction than conventional all-steel bearings. Demand is growing as industries pursue electrification and higher energy efficiency, the company says.
End-to-end ceramic process under one roof
The C-Pro Lab is intended to serve as a global competence center within SKF's research and technology development organization. By bringing powder formulation, compaction, sintering and surface finishing together, SKF researchers can prototype new material compositions, optimize microstructures and improve process efficiency for high-volume manufacturing, the company says.
Annika Ölme, SKF's CTO and senior vice president for technology development, said ceramic and hybrid bearing technologies are important enablers of clean and reliable rotation in next-generation industrial electrical applications. According to Ölme, the lab gives SKF full command of the end-to-end ceramic process, allowing the company to innovate faster, improve material performance and accelerate commercialization of high-performance hybrid solutions for customers worldwide.
Target applications and claimed benefits
SKF identifies industrial automation, aerospace and high-speed machinery as sectors where hybrid ceramic bearings can address critical operating challenges. The company says these industries are increasingly relying on ceramic technology to prevent electrical erosion in high-speed electric motors, cut friction by up to 50 percent and provide reliability at extreme temperatures. These are SKF's stated benefits; the announcement did not provide test data or independent verification.
The official opening brought together customers from railway, aerospace and drives, along with other stakeholders and H.E. Julius Liljeström, Swedish Ambassador to the Netherlands. SKF presented the event as a sign of the importance of close customer collaboration in advancing industrial innovation and sustainable technology.
By combining materials development, process engineering and component design in one location, the C-Pro Lab is positioned to support the transition from ceramic process research to commercial hybrid bearing solutions. The announcement did not disclose investment figures, staffing, timelines or production capacity.