Lightweight ceiling - List of Manufacturers, Suppliers, Companies and Products

Lightweight ceiling [Function-maintaining seismic-resistant construction method FMS ceiling]

It has sufficient seismic performance and does not require specific installation conditions! Aiming for a ceiling that is durable, lightweight, and safe.

The "FMS Ceiling" is a lightweight ceiling designed for seismic resistance and functionality maintenance. You can choose from various lightweight ceiling panels made from materials such as glass wool and fire-resistant foam, depending on the requirements of the installation area. Additionally, by simply installing a pair of innovative new seismic brace mechanisms on each column of the main bar and crossbar, you can ensure performance that meets the seismic standard level of 2.2G as per Notification No. 771, with the installation position being freely selectable. 【Features】 ■ Various lightweight ceiling panels can be selected according to application ■ Installation position can be freely chosen ■ By installing a pair of new seismic brace mechanisms on each column of the main bar and crossbar, performance that meets the seismic standard level of 2.2G as per Notification No. 771 is ensured ■ Adjusting the length borne by the pair of braces allows for specifications that can withstand major earthquakes *For more details, please refer to the PDF materials or feel free to contact us.

Company：キンキクリーンサービス本社
Price：Other

Ceiling panels and decorative panels

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Lightweight ceiling "Super Lightweight Ceiling SLC Method"

Ceiling surface components achieve a weight of 2.0 kg/m² or less! A ceiling method that is resistant to damage even in major earthquakes.

The "Super Lightweight Ceiling SLC Method" is a ceiling construction method that achieves a weight of 2.0 kg/m² or less for ceiling surface components. The ceiling panels use lightweight and soft glass wool decorative boards that excel in sound absorption and thermal insulation. The main T-bars are notched at the top and the cross T-bars at the bottom, intersecting to form a grid of 1000mm x 1500mm, and by fixing them with SP clips, the number of components is significantly reduced, making it possible to achieve a weight of 2.0 kg/m² or less. Since the main and cross T-bars are constructed in their full length, they are less likely to warp during an earthquake. Additionally, by fully bonding the ceiling panels around the perimeter, they are resistant to breaking even in unexpected large earthquakes, and in the unlikely event of a break, the likelihood of them falling apart and dropping is very low. 【Features】 ■ Achieves a ceiling surface component weight of 2.0 kg/m² or less ■ Less likely to warp during earthquakes ■ Resistant to breaking even in unexpected large earthquakes ■ Very low likelihood of falling apart and dropping if broken ■ Strength against impacts, such as from balls, has been verified through collision tests *For more details, please refer to the PDF materials or feel free to contact us.

Company：旭ビルト工業本社営業部
Price：Other

System ceiling
Earthquake-resistant construction method
Ceiling panels and decorative panels

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Super Lightweight Ceiling "SLC-FH Method"

It is possible to achieve a high design quality with an invisible frame while maintaining the SLC method's performance of 2kg/m2 or less and seismic resistance!

For buildings where the design of the ceiling frame is a concern, such as theaters and halls, we recommend the "SLC-FH method," which makes the frame invisible. By fitting guide panels into a newly shaped main bar, we have established a structure where the frame is not visible after assembly. In seismic tests, there was no damage to the substrate, no distortion of components, and no detachment, ensuring that it possesses seismic resistance similar to the SLC method. 【Features】 ■ Achieves a ceiling component weight of 2.0 kg/m² or less ■ Less prone to distortion during earthquakes ■ Resistant to breakage even in unexpected large earthquakes ■ In the unlikely event of breakage, the likelihood of pieces falling apart is very low ■ Strength against impacts, such as from balls, has been verified through collision tests ■ The frame is not visible, allowing for high design quality in construction *For more details, please refer to the PDF document or feel free to contact us.