New release: Small fittings for liquid cooling LQ2!

A low-cost non-spill connector that eliminates liquid dripping during attachment and detachment! Suitable for ink and medical use too!

CPC's one-touch fittings (couplings) have a lineup of over 18,000 types. Among them, the 'push-button non-spill joint,' which is classified as the world's smallest and lightest (*), is a fitting that contributes to the miniaturization of final products without causing liquid drips during attachment and detachment. It can be attached and detached with one hand in an instant while under pressure, and it minimizes air entry into the line to nearly zero, preventing the solidification and deterioration of inks and other substances. If you are considering cost reduction and weight reduction for stainless steel couplings, we also offer fittings made from super engineering plastic polysulfone. For more details, please download the catalog. You can also view a demonstration at the link below. http://www.youtube.com/watch?v=R55q-mLkXE0 * World's smallest and lightest... as a push-button non-spill fitting with valves on both sides. As of 2019.

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The NS series allows for one-touch connections without any liquid leakage. Significant cost reduction from stainless steel fittings with super engineering plastic fittings!

By using the NS (Non-Spill) series, which prevents water drips during attachment and detachment, you can avoid the risk of splashing onto electronic devices. Additionally, by using polysulfone coupling (such as HFC35 and HFC57), which is a super engineering plastic, significant cost reductions can be achieved compared to stainless steel couplings. There are also many products that can be used at ultra-low temperatures (down to minus 40 degrees) and have excellent weather resistance. You can watch a demonstration video at the following link: http://www.youtube.com/watch?v=R55q-mLkXE0 We also sell metal non-spill couplings made from materials such as stainless steel and aluminum. Furthermore, some metal couplings can handle temperatures up to 204 degrees. Please contact us for more details.

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Antifreeze with a proven track record for long-term use; the NS series allows for one-touch connection without liquid dripping. Significant cost reduction from stainless steel fittings with super engineering plastic fittings.

There are many usage records with major manufacturers both domestically in Japan and overseas for liquid cooling and water cooling. There are also numerous records for antifreeze liquids such as propylene glycol and ethylene glycol. We have many successful results from long-term degradation tests at ultra-low temperatures (minus 40 degrees) and at high temperatures significantly exceeding 100 degrees. By using the NS (Non-Spill) series, which prevents water dripping during attachment and detachment, you can avoid the risk of splashing onto electronic devices. Additionally, by using polysulfone couplings (such as HFC35 and HFC57), which are super engineering plastics, significant cost reductions can be achieved compared to stainless steel couplings. There are also products that excel in weather resistance. You can view demonstration videos at the link below: http://www.youtube.com/watch?v=R55q-mLkXE0

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Coupling joint with a fixation prevention structure under patent application

It is designed to prevent accidents such as valve leaks due to adhesion or disconnection, even when connected for long periods of time. The LQ4 features a compact, non-spill design that minimizes liquid dripping during attachment and detachment, with very little air intrusion. By preventing seal adhesion, this highly reliable product is ideal for liquid cooling (water cooling) of supercomputers and precision equipment. Additionally, it is effective in countering seal material adhesion caused by fluorinated cleaning and cooling fluids (such as Fluorinert and Iceon).

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Coupling joint with a fixation prevention structure under patent application

It is designed to prevent accidents such as valve leaks due to sticking or disconnection, even when connected for long periods of time. The LQ4 features a compact non-spill design, with nearly zero liquid drippage during attachment and detachment, and minimal air ingress. By preventing seal sticking, this highly reliable product is ideal for liquid cooling of supercomputers and precision equipment. Additionally, it is effective in countering seal material sticking caused by fluorinated cleaning agents and coolants (such as Fluorinert and Iceon).

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Coupling joint with a fixation prevention structure under patent application.

This is a coupling joint with a patented anti-seizing structure currently under application. It is designed to prevent accidents such as valve leaks or disconnections due to seizing, even after long-term connections. The LQ4 features a compact, non-spill design that minimizes liquid drippage during attachment and detachment, with very little air contamination. By preventing seal seizing, this highly reliable product is ideal for liquid cooling (water cooling) in supercomputers and precision equipment. Additionally, it is effective in preventing seal material seizing caused by fluorinated cleaning agents and coolants (such as Fluorinert and Iceon).

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Joint (coupling joint) with a fixation prevention structure under patent application.

This is a coupling joint with a patent-pending anti-seizing structure. It is designed to prevent accidents such as valve leaks or disconnections due to seizing, even after long periods of connection. The LQ6 features a non-spill design, resulting in nearly zero liquid dripping during attachment and detachment, with minimal air entrapment. By preventing seal seizing, this highly reliable product is ideal for liquid cooling (water cooling) of supercomputers and precision equipment. Additionally, it is effective in preventing seal material seizing caused by fluorinated cleaning agents and coolants (such as Fluorinert and Isceon).

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Coupling joint with a fixation prevention structure under patent application

It is designed to prevent accidents such as valve leaks due to sticking or disconnection, even when connected for long periods. The LQ6 features a non-spill design, with nearly zero liquid dripping during attachment and detachment, and minimal air intrusion. By preventing seal sticking, this highly reliable product is ideal for liquid cooling in supercomputers and precision equipment. Additionally, it is effective in countering seal material sticking caused by fluorinated cleaning and cooling fluids (such as Fluorinert and Iceon).

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Coupling joint with a fixation prevention structure under patent application

It is designed to prevent accidents such as valve leaks due to adhesion or disconnection, even when connected for long periods of time. The LQ6 features a non-spill design, with nearly zero liquid dripping during attachment and detachment, and minimal air intrusion. By preventing seal adhesion, this highly reliable product is ideal for liquid cooling (water cooling) of supercomputers and precision equipment. Additionally, it is effective in countering seal material adhesion caused by fluorinated cleaning agents and coolants (such as Fluorinert and Isceon).

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Joint (coupling joint) with a fixation prevention structure under patent application.

It is designed to prevent accidents such as valve leaks due to sticking or disconnection, even when connected for long periods. The LQ2 features a compact non-spill design, with nearly zero liquid dripping during attachment and detachment, and minimal air ingress. By preventing seal sticking, this highly reliable product is well-suited for liquid cooling in supercomputers and precision equipment. Additionally, it is effective in preventing seal material sticking caused by fluorinated cleaning agents and coolants (such as Fluorinert and Iceon).

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In public construction civil engineering sites, there are many instances where sheets are used as common temporary facilities, such as construction roads, access roads, heavy machinery work yards, material storage areas, and worker pathways. Traditionally, steel plates were common, but due to their weight, transportation and installation can be cumbersome. Hyper CLT sheets are civil engineering materials made from wooden CLT for civil engineering use. The 5×10 sheet weighs about 230 kg, and the 5×20 sheet weighs about 460 kg, making them lightweight and easy to transport, install, and remove, even with small machinery. They can be widely utilized for temporary roads, heavy machinery scaffolding, pathways within the site, and protection of material storage in public works. Since they are made of wood, they also contribute to environmental aspects such as reducing summer heat reflection, lowering noise, and fixing CO2. They can simultaneously address construction efficiency, safety measures, and environmental considerations, making them effective for innovative proposals in public works. Furthermore, they improve transportation efficiency and reduce labor in site operations as an alternative to steel plates. Hyper CLT sheets are registered technology with the Ministry of Land, Infrastructure, Transport and Tourism under NETIS "TH-250021-A." They are recommended for companies considering civil engineering, civil engineering use, and civil engineering CLT. Feel free to request materials or consult about implementation. They are temporary materials that also help improve site evaluations in public works. Please consider them.

We have released a new video on our company’s YouTube channel. The theme of this video is "The World of Amino Acid-Based Shampoos." Amino acid-based shampoos have become popular in recent years, but the lather, feel, and finish can vary greatly depending on the cleansing ingredients used. In this video, we clearly explain the changes in user experience based on the differences in cleansing ingredients by comparing two types of amino acid-based shampoos. We hope you can use this as a hint for developing original shampoos and differentiation.

New York and Tokyo, June 26, 2026 - (JCN Newswire) - This year's successful listing of PayPay Corporation (hereinafter "PayPay") on NASDAQ has provided a significant boost. The question now facing Japan's leading innovation companies is no longer "Is a U.S. listing feasible?" but rather "How can we attract global capital and build companies that align with global growth strategies?" The 2nd Japan Go IPO Summit will be held on September 16, 2026, at the Grand Hyatt Tokyo to address this question. This summit is hosted by MarcumAsia and organized by AUM Advisors. To register for this invitation-only event, please apply here: Japan GO IPO Summit Attendee Information https://events.marcumasia.com/view.php?id=32

Our company representative, Shibata, will be speaking as a lecturer at the "Mikata Project" AI Utilization Seminar for the automotive industry, hosted by the Chubu Bureau of Economy, Trade and Industry. ■ Title: AI Implementation Course Leading to Results - Learning Success Patterns and Practical Processes from Real Examples in Manufacturing Sites "We implemented AI, but it is not being used on-site and is left unattended" and "The implementation has become the goal without yielding results" - we have seen many such stumbling blocks in manufacturing sites. In the seminar, based on real examples, we will discuss common patterns for successful implementation that lead to results, pitfalls to avoid, and practical processes to ensure AI is continuously used. We will also propose specific measures for sites struggling with technology transfer and dependency on individuals. ■ Event Overview Date: July 3, 2026 (Friday) 13:30 - 16:00 Venue: TKP Meitetsu Nagoya Station Conference Center + Online Participation Fee: Free / Application Deadline: June 30 (Tuesday) Organizer: Chubu Bureau of Economy, Trade and Industry (Automotive Industry "Mikata Project") Co-presenter: Satoru Hayami, Waseda University For details and registration, please visit the official page of the Chubu Bureau of Economy, Trade and Industry. If you are struggling with AI implementation in manufacturing sites, please feel free to consult us, regardless of region or industry.

July 16 (Thursday) 10:00 AM - 6:00 PM Venue: Convex Okayama Small Exhibition Hall