Essential Plumbing Basics and Solutions for Red Rust Troubles That Beginners Can Easily Understand

On the official website of Shizuoka Prefecture, the "New Technology and New Construction Method Database for Architecture and Equipment" has officially listed our technology, the NMR method. This is introduced as the "NMR Method (Corrosion Prevention and Extension Method for Water Supply and Air Conditioning Hot and Cold Water Pipes)." In this database, the NMR Pipe Protector's product description and overview materials are included, and its usefulness as a new technology in the field of architecture is recognized and widely introduced. For more details, please visit the official Shizuoka Prefecture website below. https://www.pref.shizuoka.jp/machizukuri/kokyokoji/shingijutsu/1003511/1029116.html

On October 12, 2024, in the morning edition of the Mainichi Shimbun, we published a full-page advertisement themed around the SDGs. This is an updated version of an advertisement we published about two years ago. In this advertisement, we appealed for a shift in societal awareness from pipe replacement work that generates high CO₂ emissions to pipe extension that results in zero CO₂ emissions. As a specific solution, we introduced our NMR Pipe Protector. We communicated that by adopting this product, one can achieve over 90% cost reduction while ensuring the long-term extension of pipes, compared to the costs of pipe replacement work in various facilities such as hospitals, hotels, apartments, and government buildings, along with detailed comparative data. Moving forward, our company will continue to provide solutions that contribute to both the environment and the economy, and we will strive to build a sustainable society.

On the front page of the morning edition of the Yomiuri Shimbun on July 26, 2025 (Saturday), an advertisement for our product "NMR Pipe Protector" was published. The advertisement specifically introduces how the NMR Pipe Protector can contribute to addressing the issues of red rust and renewal costs of piping in aging buildings and old facilities through concrete examples. - Significantly reduces piping renewal costs (to about one-tenth or less) - Confirmed over 15 years of extension effect through X-ray diagnosis in a 50-year-old condominium - Reduces the risk of equipment renewal in aging buildings such as hospitals and hotels Through these achievements, we suppress the occurrence of red rust and realize both the extension of water supply pipes and cost reduction. Management associations and facility owners struggling with the maintenance and renewal costs of water supply equipment are encouraged to take a look at our case studies.

From June 4 (Wednesday) to June 6 (Friday), 2025, at Tokyo Big Sight, our company exhibited the pipe rehabilitation device "NMR Pipe Protector" (hereinafter referred to as Pipe Protector) at the "Condominium Management Association Support Exhibition." Amid rising costs for pipe replacement due to soaring material prices and labor shortages, our technology, which allows for the extension of pipe life without replacement, garnered significant attention from many management associations and equipment contractors. The Pipe Protector prevents rust and extends the life of pipes by converting red rust to black rust, enabling a lifespan extension of over 40 years at less than one-tenth the cost of replacement. On the day of the event, we welcomed many visitors interested in consultations for implementation and companies wishing to become agents, creating an active forum for exchanging ideas. Our booth attracted a diverse range of attendees, including management associations considering implementation, equipment construction companies, and sales agents. We showcased and explained actual implementation cases and the rust prevention mechanism while listening to the challenges and requests of visitors, providing concrete proposals. Through this exhibition, we reaffirmed that interest in extending the lifespan of condominium water supply pipes and air conditioning pipes is increasing year by year.