Increase the durability of wood by five times with liquid glass paint 'Wood Rescue'! Introducing case studies from famous spots!
Nikko has developed a paint called "Wood Rescue," which creates exceptional durability and corrosion resistance by allowing liquid glass to penetrate wood. It is gaining attention for preserving the texture of wood and extending its lifespan. Nikko's "Wood Rescue" was used on the wooden deck of Yokohama's "Osanbashi Pier," which underwent significant renovations in 2013. *You can view articles from the renovation work in the "Download" section below. 【Features of Liquid Glass Paint "Wood Rescue"】 ■ Glass paint primarily composed of quartz (cures at room temperature) ■ Enhanced weather resistance and anti-corrosion properties ■ Maintains the wood's texture for an extended period ■ Significantly extends the lifespan of wood ■ Effective in preventing splinters and rough edges ◆ We are currently offering a technical explanation document! Please apply through the "Contact Us" section.◆
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basic information
Wood exposed outdoors deteriorates due to UV rays and rain. With Nikko's liquid glass paint "Wood Rescue," applying it to wood helps protect its texture from water repellency, provides dirt and water resistance, prevents splintering, and serves as a slip-resistant treatment, contributing to the modification of wood. Here is an article from March 2013 about the renovation work on the wooden deck at Yokohama's "Osanbashi Pier." *You can view the article via download. <Published Media> ■ Nikkei Sangyo Shimbun ■ Nikkan Mokuzai Shimbun ■ Chemical Industry Daily
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We also have a free catalog for Wood Rescue available. Please feel free to contact us.
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Company information
Nikko Corporation has researched and developed a complex gel method that reacts in the same way as sol-gel in the aqueous domain for four years, leading to practical applications. The complex gel technology involves reacting silica sol with organic compositions in the aqueous domain to form organic-synthesized silica membranes. The organically modified silica membranes are highly flexible and breathable, allowing for the formation of thick silica membranes (over 20 microns) and the creation of glass-like materials within wood, making it a company that attracts attention with its rich inorganic chemical technologies.
