Wood modification agent - List of Manufacturers, Suppliers, Companies and Products

Wood modification agent Product List

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High-grade substrate successfully enhances and revitalizes wood.

Nikko Co., Ltd. is a development, manufacturing, and sales company specializing in the modification, protection, and strengthening of wood, tackling issues related to wood (such as splinters, mold, rot, dirt, damage, flammability, termites, etc.). If you have any concerns regarding wood, please feel free to consult us. We also offer wood deterioration diagnosis and repair method proposals. [Published Content] - Renovation work on wooden walls of a luxury condominium in Meguro Ward (10 years after construction, repair work) - Renovation work on wooden walls at Benten Historical Park and Rakuzan Residence in Ishikari City, Hokkaido (built in 1929, unknown during repainting) - Renovation work on deteriorated wooden benches at JR East's Obasute Station (5 years after construction, repair work) - Renovation work on decayed parts of Ryumon Bridge at Tokugawaen in Nagoya City (10 years after construction, repair work) For more details, please contact us or download the catalog.

  • Anti-rot, anti-termite, anti-mold material
  • Renovation and repair methods
  • Special Construction Method

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Glass composite modification impregnation agent - fireproof - termite-resistant - dimensional stability 'Corrosion-resistant wood'

By pressurizing and injecting into the wood, we create high-dimensional modified wood. The result is fire-resistant, dimensionally stable, rot-resistant, insect and termite-proof, and highly weather-resistant wood.

Product Information on Glass Composite Modification and Impregnation Agent for Fire-Resistant Wood Quartz glass melts in nature at a temperature of 2000°C, hardening and becoming glass as it cools. In 1970, the invention of the sol-gel method led to the development of a technology that allows silica gel to be melted and hardened as glass at temperatures below 1000°C. This was a significant technological innovation for humanity in terms of energy conservation. However, this technology still required high temperatures of at least 600°C. By the end of the 20th century, humanity discovered a method to stabilize and harden liquid quartz glass at the temperatures we live in, making glass production possible in the room temperature range.

  • Wood Preservative Paint

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