The CAD data download service has been revamped, allowing you to download data in bulk. 【Downloadable Data】 - CAD Data - Assembly Drawings - Instruction Manuals - Product Catalogs Please note that a simple member registration is required for this content. Take this opportunity to register for "CLUB FUJIKIN"! The "Bulk Download Service" can be accessed through the related links below.

Calculating flow rate using Cv values requires complex calculations. By simply entering the necessary items, the Cv value calculation and flow rate calculation results will be displayed easily. Please use this as a reference. If you wish to calculate Cv values or flow rates in units other than those specified, please contact Fujikin.

Easy! User-friendly! Try Fujikin's Cv value and flow calculation tool! Calculating flow based on Cv values requires complex calculations. With this tool, you can obtain calculation results by simply entering a few easy items. Please use the calculated results as reference values. If you wish to calculate Cv values and flow in units other than those specified, please contact Fujikin.

We have discontinued the downloadable version of the High-Pressure Gas Safety Act reference system and integrated it into a web version that allows you to view the latest information online! This tool makes it easy to access the latest version of the High-Pressure Gas Safety Act. It has become a very effective tool for those involved in high-pressure gas-related work on a daily basis. Please make use of it. You can view it from the related link. *Please note that membership registration for "CLUB FUJIKIN" is required to access the content.

We have released a "30-second award commemorative video" on our company website as an introduction to the products that have won the "Super Manufacturing Parts Award" for 17 consecutive years. Each award-winning product is introduced in a video lasting approximately 30 seconds to 1 minute. *Please be sure to check it out from the related link page.

Hydrogen energy, which is expected to spread towards the realization of a sustainable society. We will clearly introduce various manufacturing methods, transportation methods, and applications of hydrogen, as well as the role that Fujikin plays. For more details, please visit the Fujikin website.

New stationary mixer "Mixing-kun" and "Dispersion-kun" with excellent droplet diameter control. For more details, please visit the Fujikin website.

In 1978, the concept of IoT was quickly applied to valves. The SR100 opened the history of electronic valves. For more details, please visit the Fujikin website.

The High-Pressure Gas Safety Act Reference System Software is a tool that allows easy access to the latest version of the High-Pressure Gas Safety Act. It has become a very effective tool for those involved in high-pressure gas-related work on a daily basis. Please make use of it. If you wish to download this system software, please visit the Fujikin website below.

In order to supply Fujikin's valve and fitting products, you can download CAD data and reference drawings of our products as reference information. Please feel free to make use of them. We have prepared a maximum of six CAD data formats, so please use the desired data format: 2D [dwg, dxf], 3D [MDT_Master, sat, step, iges]. The reference drawing data is available only in PDF format. Please note that a simple membership registration is required to download the data.

2017 7th Monozukuri Japan Award Minister of Economy, Trade and Industry Award (Product and Technology Development Category) awarded to 7 developers of Faribas. 2015 12th Super Monozukuri Parts Award (Encouragement Award) awarded product. 2011 6th Monozukuri Collaboration Award (Special Award) awarded product. The developers of Fujikin's liquid material vapor supply system "Faribas" (2017 7th Monozukuri Japan Award Minister of Economy, Trade and Industry Award [Product and Technology Development Category]) developed the world's first system that directly vaporizes (gasifies) liquid organic metal, the raw material, without using carrier gases such as helium (hereafter referred to as He), precisely controls pressure fluctuations, and supplies a constant amount to silicon wafers to form thin films. Compared to the conventional method that dilutes with carrier gas, productivity has significantly improved (high flow supply at 100% concentration, reduced operating costs, shortened process time, and miniaturization of the system), contributing to the manufacturing of next-generation semiconductors, including larger diameter wafers and higher integration of circuits.