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SKF Accelerates Hybrid Bearing Leadership with New Ceramic Process Laboratory

Annika Ölme, CTO and Senior Vice President Technology Development at SKF, at the opening of the Ceramic Process Laboratory for hybrid bearings in Houten
19 Oct 2026  |
SKF has announced the opening of its new state-of-the-art Ceramic Process Laboratory (C-Pro Lab) at its R&D Centre in Houten, The Netherlands. This capability strengthens SKF’s technology leadership across the complete ceramic manufacturing value chain, from raw material powder processing to high-performance component engineering, boosting the global adoption of advanced hybrid bearing technology.
Gothenburg, 19 October 2026R&D Centre in Houten, The NetherlandsCut friction by up to 50%Approximately 130 countries
Key points

New state-of-the-art Ceramic Process Laboratory (C-Pro Lab) · High-grade steel rings with silicon nitride rolling elements · Superior electrical insulation, lower weight, and reduced friction · Global competence centre within SKF’s research and technology development organization

Demand for Hybrid Ceramic Bearings Is Accelerating Rapidly

As industries transition toward electrification and higher energy efficiency, demand for hybrid ceramic bearings is accelerating rapidly. By combining high-grade steel rings with silicon nitride rolling elements, hybrid bearings offer superior electrical insulation, lower weight, and reduced friction compared to traditional all-steel alternatives.

Full Mastery Over the End-to-End Ceramic Process

Ceramic and hybrid bearing technologies are essential enablers for clean and reliable rotation in next-generation industrial electrical applications. The C-Pro Lab enables full mastery over the end-to-end ceramic process. This allows us to innovate faster, optimize material performance, and accelerate the commercialization of high-performance hybrid solutions for our customers globally

Annika ÖlmeCTO and Senior Vice President, Technology Development

The C-Pro Lab serves as a global competence centre within SKF’s research and technology development organization enabling end-to-end optimization of ceramic technology. By bringing powder formulation, compaction, sintering, and surface finishing all together, SKF researchers can rapidly prototype new material compositions, optimize microstructures, and enhance process efficiency for high-volume manufacturing.

Solving Critical Operational Challenges Across Rapidly Expanding Sectors

Hybrid ceramic bearings play a vital role in solving critical operational challenges across rapidly expanding sectors, including industrial automation, aerospace, and high-speed machinery. Driven by global demand for electrification, higher energy efficiency, and operational reliability, these sectors increasingly rely on ceramic technology to:

  • Electrical Erosionprevent electrical erosion in high-speed electric motors
  • Frictioncut friction by up to 50%
  • Extreme-Temperature Reliabilitydeliver extreme-temperature reliability in demanding environments

Official Opening Brings Together Customers from Key Industries

The official opening brought together customers from key industries, including railway, aerospace and drives, alongside other key stakeholders and H.E. Julius Liljeström, Swedish Ambassador of the Netherlands, highlighting the importance of close customer collaboration in advancing industrial innovation and sustainable technology.

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Since 1907, SKF has been making some of the world’s most innovative bearings, seals, lubrication systems, condition monitoring solutions, and services to reduce friction. Less friction means more energy saved and by reducing it, we...

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