Reusing "tile" culture with modern technology! It is very effective for heat island measures and combating global warming.
The product is an interlocking paving made from super water-retaining recycled tile aggregates. Unlike conventional interlocking pavers, the aggregates are porous, resulting in high permeability, water retention, and infiltration. This allows for effective water retention and capillary action, consuming thermal calories through evaporation and mitigating the heat island effect. Additionally, the high permeability, water retention, and infiltration help suppress rainwater runoff during localized heavy rainfall. 【Features】 ■ Super water-retaining type ■ High recyclability due to the use of waste tiles, contributing to a circular economy ■ Excellent permeability, making it easy for anyone to walk on without forming puddles ■ Superior permeability and water retention, effective in suppressing rainwater runoff during localized heavy rainfall ■ Excellent water retention, capable of mitigating the heat island effect through evaporation *For more details, please refer to the PDF document or feel free to contact us.
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【Other Features】 ■ Significantly exceeds the certified CASBEE HI standard for heat island countermeasures ■ Quickly evaporates water, lowering surface temperature, which is very effective for heat island countermeasures and combating global warming *For more details, please refer to the PDF document or feel free to contact us.
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For more details, please refer to the PDF document or feel free to contact us.
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I want to contribute to disaster recovery, local production for local consumption, and regional revitalization by utilizing tiles, bricks, ceramics, glass, and bottles that were discarded due to earthquakes or aging. We recycled tiles from Kumamoto Castle, which were damaged in the earthquake, and tiles from Chiba Prefecture that were discarded due to typhoons, using them as paving materials for sidewalks and roads, as well as interior wall and floor materials. By leveraging the characteristics of industrial waste such as tiles, glass, and ceramics that are discarded in daily life, we developed environmentally friendly products that realize sustainable design. We are working towards building a circular society by promoting the 3Rs and ethical consumption, aiming for local production for local consumption, regional revitalization, and community activation. We have developed recycled paving materials effective for heat island measures by utilizing the characteristics of tiles from Kumamoto Castle, which were damaged in the 2016 earthquake, and tiles discarded during the 2019 Typhoon in East Japan and the Boso Peninsula. Our construction achievements include the upper mountain green space in Minamisanriku Town, Miyagi Prefecture, and the stairs and sidewalks of Hibiya Park in Chiyoda Ward, Tokyo. In 2021, we launched the "Kumamoto Castle 'Disaster-Damaged Tile' Regeneration Project." We raised funds through crowdfunding, and except for some expenses, the collected donations were contributed to initiatives for regional revitalization in Kumamoto Prefecture and to support workers responding to the COVID-19 pandemic in Kumamoto Prefecture.