NEXT GENERATION TECHNOLOGY
Next-Generation Technology
MISSION
Second Business Division's Mission
The Second Business Division of Osaka Blower possesses a variety of proprietary technologies and specializes in designing and developing next-generation products. In particular, it focuses on product development that contributes to realizing a decarbonized society, actively offering environmentally friendly, high-value-added products.
Next-Gen Products
Next-Generation Product Lineup
The Second Business Division of Osaka Blower is advancing the development of products for the next-generation energy field in collaboration with Cap Co., Ltd.
By combining Cap's system concept and basic design technologies, and high-temperature ceramics technology with our blower design and high-speed rotation technologies, we have achieved a high-temperature, high-efficiency blower system.
The two companies are advancing product development and market deployment that contribute to realizing a decarbonized society, centered on high-temperature Ceramics Fan and blowers for SOFC and SOEC applications. For inquiries, please contact Cap Co., Ltd.
Compact High-Speed Blower
Spec: 100,000 min⁻¹, heat resistance of 900°C
A compact blower that combines ultra-high-speed rotation with high-temperature capability. It supports gas recirculation applications for solid oxide fuel cells (SOFC) and solid oxide electrolysis cells (SOEC), contributing to the realization of highly efficient energy systems. High-efficiency impeller design and high-speed rotation technology enable both downsizing and energy savings.
Hot-Air Control Valve
Spec: Heat resistance of 1,300°C
A hot-air control valve capable of controlling ultra-high-temperature gas with almost no heat loss. Its perfectly gas-tight structure achieves high airtightness, enabling stable flow control of high-temperature gas.
Ceramics Fan
Spec: Heat resistance of 1,100°C
A high-temperature Ceramics Fan capable of moving hot gas exceeding 1,000°C. It supports applications such as floating, hot-air circulation, and in-furnace stirring, contributing to improved efficiency and energy savings in high-temperature processes.Its newly developed motor-integrated structure greatly improves installation flexibility compared with conventional units. It can be installed in a variety of orientations, including vertically and horizontally, making it easy to incorporate into equipment.
PATENT
Patented in Japan, the United States, Germany, South Korea, and China
Development History
History of Next-Generation Technology Development
2005
Exhibited Next-Generation Technology at the 2005 World Expo in Aichi, Japan
Exhibited a blower for SOFC applications at the 2005 World Expo in Aichi, Japan, broadly showcasing our efforts in next-generation energy technology.
2012
Full-Scale Development of the Compact High-Speed Blower Begins
Began establishing proprietary bearing and control technologies.
2022
Advanced a Global Intellectual Property Strategy
Obtained patents in Japan, the United States, Germany, South Korea, and China, establishing the technological advantage of the compact high-speed blower internationally.
2024–Present
Preparing for Mass Production
Building a system for mass production, deepening collaboration with multiple companies and research institutions, and accelerating our efforts toward commercialization.
