Membrane Ceiling
Safe and comfortable. Rich in design and environmentally friendly, this is the ceiling of the future.
Ceilings are not only at risk of falling during major earthquakes. Ceilings falling due to aging and deteriorating base materials, daily delicate vibrations, wind and thermal contraction, and other such causes have been reported all over the world today.
Replacing heavy and hard conventional ceilings, a new concept of soft, lightweight, and strong membrane ceilings gently wrap people’s lives.
Related Keywords
- Public Architecture
- Architectural Business
- Private Architecture
- Global Business
- Facilities
- Sport Facilities
- Transportation Facilities
- Educational / Cultural / Government Facilities
- Commercial Establishments
- Medical care / Welfare facilities
- Productive Facilities
- Government / Public Corporations
- Health and Social Care
- Schools / Education
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What is a Membrane Ceiling?
Bright
Space with high quality light environment
It creates a space with a high-quality light environment by reflecting natural lighting from windows or indirect lighting effects from light transmitted through the membrane material.
Kansai International Airport Passenger Terminal Building
Kurashiki City Indoor Swimming Center
Before installation of membrane ceiling
After installation of membrane ceiling
Air conditioning efficiency
Control airflow to increase air conditioning effectiveness
We cooperated with the Kawaguchi Laboratory of the University of Tokyo’s Institute of Industrial Science in thermal environment measurement experiments, and confirmed that installing a membrane ceiling can control airflow in a room and save energy.
Experimental measurement of humidity-thermal environment of retractable membrane ceilings
When the membrane ceiling is closed
When the membrane ceiling is fully opened
Full circumference fixing type
Framing and anchoring membrane materials with ropes or aluminum anchoring systems
Features of Construction Method
- The membrane is fixed at all perimeters, allowing for fine adjustment and flat stretching.
- The shape is highly flexible and can be easily adapted to various room shapes, and can be easily combined with equipment and other facilities.
- Compared to other systems, the fusing frame is the heaviest.
1. Install scaffolding on the ceiling and attach the base frame.
2. Measure the dimensions and install the bracket.
4. Attach the support member to the bracket.
5. The membrane ceiling is completed.
