It has sufficient seismic performance and does not require specific installation conditions! Aiming for a ceiling that is durable, lightweight, and safe.
Semi-structured seismic ceiling substrate
Non-combustible material with a thickness of 3mm! It is lightweight, has high strength, and excellent workability. *Samples available.
The natural wood veneer ribs are pre-installed on the panel, significantly improving the ease of installation on-site.
High seismic resistance capable of withstanding horizontal loads equivalent to 2.2G! Easy-to-install seismic ceiling substrate material that achieves a short construction period!
Ceiling materials that excel in weather resistance and stain resistance, giving a beautiful wood grain feel like natural wood. They can be widely used in both traditional Japanese rooms and modern Japanese-style rooms.
Proven track record at renowned facilities such as Tsukuba University! Achieved ceiling components weighing less than 2.0 kg/m²! Ceiling construction method that is resistant to damage even in major earthquakes.
Easy to paint and cut! A traditional design that makes use of wood! A decorative board crafted by artisans with woven and fully adhered surfaces, suitable for various locations. *Case study gift included.
High sound insulation performance "T-2" and "T-3" compatible! Solving noise issues and electricity cost problems, contributing to a comfortable indoor environment and energy savings with high sound insulation and high thermal insulation sound panels.
The scaffolding boards that have been well received are now available in a thickness of 5mm. You can finish floors, walls, ceilings, and furniture with a vintage wood look.
~Newly published construction achievements related to seismic-resistant ceilings~ (Website update) Please use this for your consideration of design policies and specific construction methods.
We are presenting materials introducing "membrane ceilings" that safely and smoothly implement measures against ceiling detachment. Construction photos are also included.























































































































