TOSHIBA-MATERIALS
Toshiba Materials Co., Ltd. (President: Katsuaki Aoki) today announced a major investment in a new manufacturing facility for silicon nitride balls on the same site as its headquarters in Yokohama, Japan. The project has a budget of over 5-billion yen (approx. US$38 million) and is expected to see production start in November 2023. It will increase capacity by 50% against fiscal year 2021.
This press release features multimedia. View the full release here: https://www.businesswire.com/news/home/20220719006169/en/
Continued advances in automobile electrification requires solutions that go beyond higher voltage batteries and shorter charging times. One measure to reduce costs and improve performance is the integration of motors and inverters. Although this increases risk of electrolytic corrosion[1] in motor bearings[2] , the problem can be overcome with hybrid bearings, which replace standard steel balls with ceramic balls with steel inner and outer races. Advantages of high reliability, excellent strength and superior wear resistance are increasingly positioning ceramic balls as the solution of choice.
Toshiba Group has long recognized the potential of fine ceramic products, and won basic patents for silicon nitride compounds as early as 1974. Today, Toshiba Materials, spun off from Toshiba in October 2003, continues to advance R&D and manufacturing of silicon nitride balls, recognized for their reliability and for delivering the highest mechanical performance of any silicon balls. Its experience and record of success in bearing balls that meet demands for high speed rotation and anti-electrolytic corrosion, including machine tools, wind power generators and rolling stock, have won the company about 50% of the world market[3] . With significant increases in demand for bearings for electric vehicles on the horizon, Toshiba Materials has now decided to make this significant investment in increasing capacity.
The new production facility will be built on the company’s headquarters site, where an old building, no longer in use, will be demolished to make way for it. The new facility should be seen as the first phase of expansion, and Toshiba Materials is already considering further expansions to meet future demand growth.
Toshiba Materials will continue stable supply of high quality products, and will contribute to increased use of environmentally friendly electric vehicles.
Features of silicon nitride balls
- Low density: less than half the weight of a steel ball of the same size
- High heat resistance
- Resistant to electrolytic corrosion, as it is an insulator
- Resistant to corrosion and rust caused by acids and alkalis
- A non-magnetic material, not easily affected by a strong magnetic field
1 Electrolytic corrosion: damage to a bearing caused by a current flowing through it.
2 Bearing: A part that allows a shaft to rotate smoothly in a machine. Formed with an inner race, balls, and outer race.
3 Toshiba Materials’ investigation, July 2022
Toshiba Materials Co., Ltd. (http://www.toshiba-tmat.co.jp/en/ ) was spun off from Toshiba Corporation in 2003. With material designing technology as its core capacity, Toshiba Materials supplies materials and components essential for society’s development. Main products include metallic materials, components, fine ceramics parts and chemical materials. In the year ended March 31, 2021, net sales totaled 24.3 billion yen (approx. USD 210 million).
View source version on businesswire.com: https://www.businesswire.com/news/home/20220719006169/en/
Link:
About Business Wire
Subscribe to releases from Business Wire
Subscribe to all the latest releases from Business Wire by registering your e-mail address below. You can unsubscribe at any time.
Latest releases from Business Wire
Ahead of Holiday Season, Visa Identifies Five Transformative Forces Reshaping Global Payment Security20.11.2025 19:50:00 CET | Press release
New Biannual Threats Report Reveals Fundamental Shift in Fraud Operations as Criminals Adopt Industrial-Scale Tactics To celebrate International Fraud Awareness Week, Visa (NYSE: V) today released its Fall 2025 Biannual Threats Report, revealing five forces that are transforming the global payments security landscape. This press release features multimedia. View the full release here: https://www.businesswire.com/news/home/20251120412198/en/ The report, produced by Visa's Payment Ecosystem Risk and Control (PERC) team, draws on intelligence from Visa's global network to identify how criminal operations are evolving with unprecedented speed, scale, and sophistication. "The payments ecosystem is experiencing a paradigm shift in how fraud operates," said Paul Fabara, Chief Risk and Client Services Officer at Visa. "Criminals are no longer working as opportunistic individuals-- they're operating like tech startups, building reusable infrastructure and deploying systematic, industrial-scale
Suzano Forms Partnership with Tencent and Ecofuturo Institute at COP30 for AI-Powered Conservation and Nature Education20.11.2025 18:25:00 CET | Press release
New agreement signed at COP30 will see organisations collaborating to use artificial intelligence tools for biodiversity monitoring and digital platforms to boost public engagement in conservation efforts. The world’s largest pulp supplier, Suzano, today announces the signing of a Memorandum of Understanding (MoU) with the multinational technology business Tencent and the Brazilian non-profit Ecofuturo Institute, to pioneer new digital approaches to drive public engagement in conservation. The collaboration will leverage Suzano’s expertise in sustainable forestry, Tencent’s cutting-edge digital technology, and Ecofuturo’s expertise in environmental education, to pilot joint initiatives in both Brazil and China. These include enhancing ecological awareness, accelerating biodiversity solutions, and leveraging digital platforms to foster public engagement in conservation. The partnership will result in a pilot project where advanced AI tools for species recognition developed by Tencent’s
EMVCo Working on How Global Specifications Can Support Agentic Payments20.11.2025 17:38:00 CET | Press release
EMVCo – the technical body that creates and manages EMV® Specifications and programmes that enable seamless and secure card-based payments worldwide – has announced that it is working on how global specifications can support innovation in agentic payment solutions by increasing trust and interoperability across the ecosystem. Agentic commerce is rapidly reshaping the shopping experience by enabling AI agents to act on the consumer’s behalf. This is driving significant momentum for agentic payments, which introduce AI agents as new actors that can initiate transactions with merchants – without requiring direct involvement from the consumer. While agentic payments have the potential to increase convenience and personalisation, they present unique considerations for how transactions are initiated, authenticated and secured. As industry adoption and innovation accelerate, a globally interoperable and scalable approach may be beneficial in realising trusted agentic payments for consumers, m
Université Paris-Saclay and Owkin: A Unique Alliance to Propel University Medical Research to the Top of the European Rankings Through AI20.11.2025 15:17:00 CET | Press release
Université Paris-Saclay and Owkin announce the signing of a memorandum of understanding to explore the potential of K Pro Free - Owkin’s AI co-pilot for biology - for use by Paris-Saclay. This press release features multimedia. View the full release here: https://www.businesswire.com/news/home/20251120130113/en/ K Pro Free will now be available to the entire Université Paris-Saclay community, and in particular teachers, researchers and doctoral students working in the biomedical sciences. The partnership includes workshops, training sessions and events designed to promote the discovery and adoption of K Pro Free, as well as the co-organization of communication and dissemination initiatives around the use of AI in health. In this way, the partnership will promote user training, but also enrich and continuously improve the co-pilot's models through feedback and use cases from the l’Université Paris-Saclay community. This partnership is part of Université Paris-Saclay’s strategy to integr
Frasca Advances Flight Training Technology with New Visual System Powered by Unreal Engine20.11.2025 15:05:00 CET | Press release
Frasca International, Inc., a FlightSafety International company and leader in flight simulation, today announced the launch of VITAL FVS 100, the next evolution of its visual system technology. Building on the proven TruVision Global platform, VITAL FVS 100 was developed using Epic Games’ Unreal Engine and delivers unprecedented realism, scalability, and innovation in pilot training. The Unreal-powered VITAL FVS 100 system introduces major advancements in visual fidelity and training realism, further enhancing the capabilities of Frasca, a leading developer of flight simulators and training devices. The new system includes physically based renderings, advanced lighting effects, and a new volumetric cloud model that creates dynamic, weather-rich environments. Terrain imagery now includes one-meter resolution coverage for the contiguous United States and Hawaii, with expanded global datasets covering European buildings and tree covered regions. Additionally, enhanced particle effects re
In our pressroom you can read all our latest releases, find our press contacts, images, documents and other relevant information about us.
Visit our pressroom
