Here are examples of Nikko's construction work. Techniques for overcoming the weaknesses of wood, eliminating stains and discoloration, and improving cleaning are being utilized in various locations!
Nikko Corporation is developing modified wood technology to improve the weaknesses of wood, such as "rotting," "warping," "discoloration," and "burning." The liquid glass penetration treatment "Mikokoro" injects colloidal glass into the interior of the wood, making it resistant to rot and less flammable, while also providing functions such as preventing termite damage. The technology of "Mikokoro" is utilized in places like the Shinkawa Plaza Bridge in Edogawa Ward and the tourist information signs in Ena City, Gifu Prefecture (on the back side). The wood protection coating "Wood Rescue" instantly eliminates dirt and discoloration, revitalizing the wood. It eliminates the weakness of wood being flammable, and liquid glass acts as an ally to metal and concrete, being used in locations such as the Yokohama Osanbashi Passenger Terminal and the wooden deck at Nagoya University. The glass-like cleaning improvement treatment "Kobiki" creates various expressions in the wood after cleaning and regeneration, enhancing the texture of wood that evokes a sense of tradition in buildings and Japanese aesthetics. It has been used for the restoration of the aesthetic appearance and discoloration prevention of the Torii gate at Hida Takayama Sakurayama Hachiman Shrine, as well as for the anti-decay treatment and discoloration prevention of the former Nagano Prefectural Office building. For more details, please contact us or download the catalog.
Inquire About This Product
basic information
【Publication Content】 ○ Liquid Glass Penetration Treatment "Kigokoro" Examples → Edogawa Ward Shinkawa Plaza Bridge (Anti-corrosion, Anti-termite, Color change prevention) → Okazaki East Park Information Sign (Anti-corrosion, Anti-termite, Color change prevention) → Ichikawa City Information Sign (Anti-corrosion, Anti-termite, Color change prevention) → Ena City Tourist Information Sign Backside (Anti-corrosion, Anti-termite, Color change prevention) → Hiroshima Station Bathing Facility Sauna Wooden Wall (Mold prevention, Stain prevention) → Private Residence Gate (Anti-corrosion, Anti-termite, Color change prevention) ○ Wood Protection Coating "Wood Rescue" Examples → Yokohama Osanbashi Passenger Terminal Wooden Deck (Splinter prevention, Slip resistance) → Nagoya University Wooden Deck (Color change prevention, Stain prevention, Slip resistance) → Private Residence Wooden Deck (Color change prevention, Stain prevention, Slip resistance) → Chubu Forest Management Office Hida Summit Shrine (Color change prevention, Stain prevention) ○ Glass-like Cleaning Improvement Treatment "Kobiki" → Hida Takayama Sakurayama Hachiman Shrine Torii Gate (Aesthetic restoration, Color change prevention) → Takayama Festival Yatai Hall, Sakurayama Nikkokan Corridor (Aesthetic restoration, Color change prevention) → Ministry of Land, Infrastructure, Transport and Tourism Hokkaido Development Bureau Anagawa Green Space Pavilion (Aesthetic restoration, Color change prevention) → Onoji Cemetery South Sea Wood Deck (Aesthetic restoration, Color change prevention) → Former Nagano Prefectural Office Building (Anti-corrosion treatment, Color change prevention) ● For more details, please contact us or download the catalog.
Price information
-
Delivery Time
Applications/Examples of results
【Purpose】 ○ A technology that improves the weaknesses of wood, such as "rotting," "warping," "discoloration," and "burning," is known as modified wood technology. For more details, please contact us.
catalog（2）
Download All Catalogs
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.
