Technical Construction Case Study Similar to OPT: Fukiage Library (Hioki City, Kagoshima Prefecture)
Not only does the wear resistance increase, but the cost is reduced by up to half compared to using solid cedar wood!
We would like to introduce a construction case that utilizes the same technology as the OPT at the Fukue Library in Hioki City, Kagoshima Prefecture. By using compressed cedar material on the surface of OPT laminated wood, the surface showcases the texture of cedar while achieving three times the wear resistance. Unlike using 100% cedar, this method not only increases wear strength but also reduces costs by up to half compared to using solid cedar wood. 【Case Overview】 ■ Location: Fukue Library ■ Construction Details: Use of compressed cedar material on the surface of OPT laminated wood ■ Effects: - Surface has the texture of cedar - Wear resistance is three times greater - Costs reduced by up to half *For more details, please download the PDF or feel free to contact us.
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Our company supports the utilization of OPT, an underutilized resource. We are looking for companies that want to handle new wood-based materials such as wood decks and louvers, which will start production this year, as exterior products, building materials, or furniture materials, as well as companies considering new fields. We are conducting matching projects with investors and others. We look forward to your inquiries. "Utilization of OPT" not only includes its use as wood-based products but also expands further by separating and classifying vascular bundles and soft tissues. We possess new technologies and patents that transform oil palm trunks (Oil Palm Trunk = OPT), which have been treated as underutilized resources due to their lack of strength and value as building materials, into wood-based products through densification processing. We can jointly develop original wood-based building materials that meet your company's SDGs. 【Utilization of OPT】 ■ Utilization as wood-based products ■ Utilization of vascular bundles ■ Utilization of soft tissues
