Celebrating our 95th anniversary, we at Fujikin are accelerating our steps toward the next 100 years. We have fully renewed the "General Top Page" and "Company Information Page" of our corporate website. The design has been revamped to be more visually appealing and easier to understand. In our newly added Corporate Blog, we will deliver "the current state of Fujikin." Furthermore, we plan to renew the product information page and the member support service "CLUB FUJIKIN" in the future. Please pay attention to Fujikin's "next challenge."

Thanks to your support, we have won the "Super" Monozukuri Parts Award for 21 consecutive years. In the 2024 21st "Super" Monozukuri Parts Award, the "Semiconductor Gas Concentration Meter" received the "Electrical and Electronic Components Award." This product was developed to meet customer needs for high-speed measurement of process gas concentration changes. Product Features━━━━━━━━━━ - LED light source: Equipped with two wavelengths for measurement light and reference light - Compact: Unique structure of the measurement cell (small size while ensuring necessary optical path length) - High-temperature compatible: Gas cell that can handle temperatures from room temperature to 150°C - Clean measurement cell: Sealed window unit made only of stainless steel materials - High-speed detection: 10ms (EtherCAT communication) - High precision: Corrections based on the type of measurement gas and operating pressure and temperature, etc. ━━━━━━━━━━━━━━━━━ Product details will be published on our website as they become available! Videos of past award-winning products are also available!! Please check them out at the URL below. ↓　　↓　　↓　　↓　　↓　　↓

At Fujikin, we are engaged in SDGs activities at each of our business locations. - Initiatives for SDGs in sturgeon farming - Introduction of recipients of the internal system "SDGs AWARD" - Community contribution activities with technical intern trainees We are also updating information on recent activities. Please check it out through the related links.

◆ Introduction to Exclusive Services for "CLUB FUJIKIN" Members ◆ Part 1: Download Services - Consolidated download service (downloads of assembly drawings, CAD data, etc.) - High-pressure gas safety law reference system Part 2: Technical Support Services - Dedicated consultation desk for members - "CLUB FUJIKIN" email newsletter Part 3: Exhibition Attendance Services - Commemorative gifts for members attending exhibitions! Part 4: Member-Exclusive Content - Doctorate degree/thesis summaries - Research papers - Dr. College Part 5: Video Content - Product installation lecture videos - Seminar content videos - "Super" Manufacturing Parts Awards videos

Thanks to your support, we have won the "Super" Monozukuri Parts Award for 20 consecutive years. In the 2023 20th "Super" Monozukuri Parts Award, the "Ultra High-Pressure Valve Equipment for High-Flow Hydrogen Stations" received the "Mobility-Related Parts Award." This product is a valve device for next-generation hydrogen stations. It has been developed as a high-speed filling valve for hydrogen to support the future promotion of HDVs (heavy-duty vehicles such as fuel cell large trucks). Main features of the product━━━━━━━━━━ - High flow Cv value: 2.5 - Design pressure: 99.9 MPa - Operating temperature range: -40 to +85℃ - Opening and closing durability: 100,000 cycles (experimental value) ━━━━━━━━━━━━━━━━━ Additionally, we have a comprehensive lineup of shut-off valves, check valves, filters, and more for hydrogen gas and liquid hydrogen gas! Details of the award-winning product and videos of past award-winning products are now available. Please check them out at the URL below. ↓　　↓　　↓　　↓　　↓　　↓

Thanks to your support, we have won the "Super" Monozukuri Parts Award for 19 consecutive years. In the 2022 19th "Super" Monozukuri Parts Award, the "Ultra-Compact IoT Valve for Semiconductor Manufacturing Equipment" received the "Machine and Robot Parts Award." Main features of the product━━━━━━━━━━ - IoT-enabled ultra-compact diaphragm valve - Capable of accurate detection of opening and closing ━━━━━━━━━━━━━━━━━ Product details will be published on our website as they become available! Videos of past award-winning products are also available!! Please check them out at the URL below. ↓　　↓　　↓　　↓　　↓　　↓

We are pleased to announce that as of July 1, 2022, Hisashi Tanaka has been appointed as the President and CEO. Under this new structure, we are committed to dedicating ourselves to the further development of our business. We kindly ask for your continued support and guidance. *For the President's greeting, biography, and other related information, please refer to the links below.

Fujikin Inc. (Headquarters: Osaka City, Osaka Prefecture, President: Shinya Nojima, hereinafter referred to as "Fujikin") and ispace Inc. (Headquarters: Chuo Ward, Tokyo, President: Takeshi Hakamada, hereinafter referred to as "ispace") have agreed to participate as supporting companies in the private lunar exploration program "HAKUTO-R." Fujikin aims to leverage its experience in space development and hydrogen fuel technology in the HAKUTO-R program.

Thanks to your support, we have received the "Super" Monozukuri Parts Award for 18 consecutive years. In 2021, at the 18th "Super" Monozukuri Parts Award, the "Pressure-Controlled Ultra-High-Precision Gas Flow Controller (FCS-P8500)" won the "Mechanical and Robot Parts Award." Thank you very much. The "Pressure-Controlled Ultra-High-Precision Gas Flow Controller (FCS-P8500)" is a newly developed flow controller by Fujikin for semiconductor manufacturing processes. It expands the rangeability by 10 times while maintaining the same housing size as conventional models and improves flow control accuracy by 40 times. Product details will be published on our website as they become available!

What is a valve in the first place? A valve is a general term for devices that have a "mechanism" to open and close the passage of fluids (a collective term for gases and liquids) to allow, stop, or throttle the flow of those fluids. When modifiers indicating usage, form, or type are added, the term "tap" may be used. For example, general-purpose tap, ball valve, two-way valve, etc. Valves that primarily control the release and consumption of fluids are also referred to as "plugs." These include water taps, gas taps, and fire hydrants. ＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝ For more detailed information, please refer to the related link page below. We introduce the types and uses of valves and fittings.

We are pleased to announce that two newly developed high-pressure hydrogen components have been adopted in the new "MIRAI" fuel cell vehicle released by Toyota Motor Corporation! Following the first-generation "MIRAI" launched in 2014, the safety valve (PRD) that is installed on the hydrogen container has been adopted. The newly developed products have undergone a complete review of materials and manufacturing methods suitable for mass production for the new "MIRAI," contributing to cost reduction by automating the entire process from assembly to inspection. The newly adopted manifold joint is a component that combines multiple tank piping. A new automated processing line has been established, automating the entire process from material input to finishing, similar to the safety valve (PRD), from assembly to inspection. Additionally, Fujikin manufactures valve equipment for hydrogen stations, which are essential infrastructure for the proliferation of fuel cell vehicles. We will continue our research and development for further application expansion and contribute to the realization of carbon neutrality.

Thanks to your support, we have won the "Super" Monozukuri Parts Award for 17 consecutive years. In 2020, at the 17th "Super" Monozukuri Parts Award, the "High-Precision Flow Valve" received the "Machine and Robot Parts Award." Thank you very much. The "High-Precision Flow Valve" is a diaphragm valve newly developed by Fujikin for semiconductor manufacturing processes. It achieves a significant reduction in installation area. Product details will be published on our website as they become available!

At the 15th "Super" Monozukuri Parts Awards (organized by the Monozukuri Japan Conference and Nikkan Kogyo Shimbun), Fujikin's next-generation diaphragm valve for semiconductor processes received the Electric and Electronic Components Award. This product is used in gas supply systems that provide process gases such as organometallics to film deposition and etching equipment in the front-end processes of semiconductor manufacturing. As semiconductor integration advances, valves are required to have greater durability and flow accuracy than ever before. By innovating the diaphragm material, the shape, material, and design of the components that hold and press the diaphragm, we successfully developed a diaphragm valve for next-generation semiconductor processes.

On the Fujikin homepage, we introduce Fujikin products that support daily life through videos. *Please be sure to check the related links page. Our cutting-edge technology is utilized in diverse fields on land, sea, and air, where extreme precision is required. 【Business Areas】 - Ultra-precision valve equipment for semiconductor manufacturing - Ultra-low temperature and ultra-precision valve equipment for space development - Special valve equipment for petrochemical plants - Aseptic process valve equipment for biopharmaceuticals and food - Valve equipment for new energy and secondary batteries - Instrumentation valve equipment for nuclear power plants - Flow control system equipment for marine development - Life sciences - medical care, nursing, healthcare / sturgeon business

At the 16th "Super" Monozukuri Parts Awards (organized by the Monozukuri Japan Conference and Nikkan Kogyo Shimbun), Fujikin's ultra-high-pressure liquid hydrogen compatible valve received the "Grand Prize." This product is based on the technology accumulated from the development of valves for space rockets, fuel filling systems for large rockets, and ultra-high-pressure hydrogen gas valves for hydrogen stations, which began in collaboration with the Japan Aerospace Exploration Agency (JAXA) in 1976. As the spread of hydrogen stations is planned to realize a sustainable hydrogen society, safely supplying liquid hydrogen will meet the demand for refueling FCVs (fuel cell vehicles), including large vehicles such as fuel cell buses.