Ultra-durable glass paint strengthens wood against UV rays, water, heat, and microbial contamination, contributing to a longer maintenance cycle.
The ultra-durable glass paint enhances wood against UV rays, water, heat, and microbial contamination, contributing to a longer maintenance cycle. "Crystal Wood" is a paint that penetrates wood with nano-sized silicon oxide. While utilizing the natural characteristics of wood, such as natural breathing and humidity regulation, it overcomes the disadvantages of wood and demonstrates long-term durability. Furthermore, it seeks medical safety by being composed entirely of inorganic components, distinguishing it from organic paints. 【Features】 ■ Preserves the natural scent of wood ■ Prevents dirt and UV degradation, maintaining the beauty of the wood grain ■ Prevents slipping, splinters, and rough edges in wood ■ Offers excellent water repellency, protecting against corrosion and termite damage ■ Reduces the efflorescence phenomenon in non-combustible and quasi-non-combustible wood *For more details, please refer to the PDF document or feel free to contact us.
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basic information
In addition to furniture (broadleaf species), it can be widely used as wood protection and finishing paint for cedar and cypress (coniferous species), as well as for medium to large-scale wooden buildings using CLT (cross-laminated timber).
Price range
P2
Delivery Time
P2
Applications/Examples of results
【Purpose】 ■Wood-related issues (Discoloration, splinters, mold, rot, dirt, damage, flammability, termites, etc.) (Public Projects) New deck construction at Nagoya University Noyori Memorial Hall Deck restoration work at Yokohama Osanbashi International Ferry Terminal (two consecutive years) Restoration work on the torii gate at Takayama Sakurayama Hachiman Shrine Restoration work on the Nikko-style frame at Takayama Nikko-kan Restoration work on the gazebo at Anagawa Green Space, Ministry of Land, Infrastructure, Transport and Tourism Restoration work on the Izushi Castle Bridge in Toyooka City, Hyogo Prefecture Restoration work on the former Nagano Prefectural Office Nakano Jinya New deck construction for the Momotaro statue in front of Okayama Station Restoration work at Minato Ward Kita Azabu Nursery Restoration work in Akazawa Forest, Chubu Forest Management Office New railing construction in Edogawa Ward, Tokyo New deck construction for the new school building at Nagoya University (Private Projects) Sign for the forestry cooperative in Nanbu Town, Yamanashi Prefecture Restoration work at Fujimi Nursery in Tokyo New construction of Hoshino Resort Tonbo no Yu New construction of Mori Trust Hakuba Restoration work at Hakone Hotel, Fujiya Hotel Chain Restoration work at Yumoto Main Building, Fujiya Hotel Chain New deck construction at Nozomi Nursery in Higashirinkan, Sagamihara Restoration work on the deck and wooden fence at Nakajima Construction Headquarters Restoration work on the main hall of the South Temple at Ikegami Honmonji, Nichiren Sect Restoration work on the rooftop Hachiman Shrine at JR Oita Station
Detailed information
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The Ginza Takagi Building has adopted our wood glass coating agent (FF Coat) for the exterior wood materials of the upper floors (fire-resistant wood). It is expected to effectively suppress the whitening phenomenon unique to fire-resistant wood and maintain aesthetic appeal over the long term. Additionally, maintenance is also easy.
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We are primarily engaged in the development and sales of liquid glass coatings for wood. Liquid glass refers to an inorganic liquid glass technology that forms a porcelain-like coating on various substrates such as concrete, mortar, slate, metal, and wood at room temperature. In recent years, with the increasing emphasis on the use of domestic timber due to environmental issues, this new technology has gained attention for "solving problems related to wood usage." Liquid glass can be categorized into two types: an impregnation type that penetrates the substrate and a coating type that forms a film. Both types, whether impregnation or coating, integrate with the substrate to maintain strong adhesion, improve durability, and preserve aesthetics over the long term, among other benefits.