The other

Tomas Engineering (Thailand)

A membrane structure is an architectural structure that uses highly flexible fabric or membrane materials as the main element in construction. These materials are stretched and tensioned using steel frames, poles, or cables for support, creating a strong and durable form. Membrane structures are commonly used in large roofing projects that require flexibility and lightweight features, such as stadiums, open-air theaters, or exhibition spaces.

The adoption of a tent membrane structure at Royal Cliff creates an open space filled with natural light. Lightweight, safe and provides comfortable shade.

The Royal Cliff project, completed in 2017, is one of Tomas Engineering's construction projects using tent membrane structures. By utilizing membrane structure technology, this facility was able to create a lightweight and highly safe structure, while also allowing abundant natural light into the interior space.

Features
Lightweight and safe structure: By adopting a tent membrane structure, we have significantly reduced the weight of the building while increasing its resistance to natural disasters such as earthquakes and strong winds.
Bright and comfortable space: By using highly permeable membrane material, it provides a bright space filled with natural light during the day and provides comfortable shade.
Multi-purpose use: Due to its flexibility and functionality, it is suitable for a wide range of uses, such as public facilities such as stations, airports, and ports, as well as rest areas in parks.

Application example
The Royal Cliff project is an excellent example of how tent membrane structures can bring new value to public facilities. This technology opens up possibilities for the future of sustainable architecture and offers new perspectives on designing comfortable and safe public spaces.

Through the Royal Cliff project, Tomas Engineering has proven the innovation and applicability of membrane structure technology. This success story highlights the important role tent membrane structures will play in future architectural designs.