The combination of architectural stretch canvas shape and architectural stretch canvas technical details is the key to creating a beautiful and sustainable architectural stretch canvas design. In particular, choosing the correct architectural canvas details not only creates stability for the whole system, but also increases the aesthetic value many times.
The role of some details is to shape the architectural stretch canvas system, others have the function of transmitting forces to the main structural system. Let's take a look at the definitions of some details to see their role in the overall design.
Any architectural stretch canvas design requires a continuous boundary system that serves as a shape for the entire system and transmits forces from the membrane to the main structural frame. This boundary system can be a cable for flexibility, or it can also be a fixed frame. At the intersection points between the contours, we call them corner details, designed in a variety of shapes and ways.
Technical Details Architectural Stretch Tarpaulin – CT01 – Splint Type
This is a fairly common architectural stretch canvas detail, often found in shaped frame systems, designed according to the shape the architect desires. Architectural stretch canvas will be linked to the frame system by splints or metal bars. This detail will connect the stretch canvas with the frame system through bolts to help shape the architectural stretch canvas.
Technical Details Architectural Stretch Tarpaulin – CT02 – Cone Type
This architectural stretch canvas detail will appear in funnel-shaped shapes, facing up or down. Architectural stretch canvas will be bonded to a metal ring designed to fit the round hole and fixed with bolts or braces. Above, this detail can also have a custom-designed metal hood according to aesthetic requirements, or for natural ventilation purposes.
Technical Details Architectural Stretch Tarpaulin – CT03 – Cable Type
For designs with single boundary columns or frame systems that need reinforcement to achieve a certain balance, using a tension cable system to transmit force is absolutely necessary. This tension member can transmit force to the ground or be connected to an existing frame for designs on existing buildings. Besides, using power transmission cables also reduces the weight of the frame load, while also bringing a higher aesthetic effect.
Technical Details Architectural Stretch Tarpaulin – CT04 – Roof Slot Cable Type
Technical details of architectural stretch canvas This is often seen in designs with changes in architectural canvas heights. At that time, the roof slot cable system with a curved or sagging shape is threaded into the slots between the roof or uses independent hanging brace details for the purpose of accurately shaping the desired shape, while bringing Stability for the entire architectural canvas system on a large scale under the influence of peripheral factors.
Technical Details Architectural Stretch Tarpaulin – CT05 – Fixed Frame Form
The diversity of architectural stretch canvas forms: shaped frame, hanging form, mobile form, inflatable form, entails meeting the details of architectural stretch canvas supporting frame systems suitable for each of the above forms. . This system can be made from any material sufficient to transmit force to the foundation: iron, steel, concrete, bamboo, wood or other special materials related to the aesthetic value of the project.
Technical Details Architectural Stretch Tarpaulin – CT06 – Boundary Cable Type
Edge cables are designed to create edge curves for the entire perimeter of the architectural stretch canvas system. The tension force from the membrane will be transmitted to the boundary cable system and transferred to the load-bearing frame system. Normally, the edge cable system will slide in a section of canvas sewn into a pocket or a edge strap detail can be used.
Technical Details Architectural Stretch Tarpaulin – CT07 – Corner Type
Corner architectural stretch canvas details are located at the intersection points of the border, designed with many different shapes and diverse ways. Using the architectural corner stretch canvas details properly will help the architectural canvas stretch to be stable and adjust the tension direction within a certain range, minimizing the risk of water stagnation at the corner and carrying capacity. High aesthetic effect.
Technical Details Architectural Stretch Tarpaulin – CT08 – Hanging Column Type
For architectural stretch canvas systems with limited space in contact with the ground, or areas surrounded by surrounding structures, suspended architectural stretch canvas details can be used instead without having to contact them. scooped onto the ground. Instead, the suspended column architectural stretch canvas system uses a cable system connected to the surrounding building, lifting the architectural canvas at a higher point, creating a slope for easy drainage.
Technical Details Architectural Stretch Tarpaulin – CT09 – Cable Connection System
The cable system's architectural stretch canvas detail is used as a link between the corner detail and the load-bearing frame system, which can change in length or angle of inclination to ensure the necessary flexibility for locations. coupling.
Technical Details Architectural Stretch Tarpaulin – CT10 – Seam
This is the connection detail between membrane panels, carefully calculated according to the specific parameters of each type of architectural stretch canvas to meet the ability to bear and transmit force as well as the durability and aesthetics of the entire system. architectural stretch canvas. Normally, this seam will be heat welded between two overlapping canvas edges. Some other seam architectural stretch canvas details use sliding rail connections or some other specific connections. The aesthetic aspect is given the highest priority because it is clearly evident when the architectural stretch canvas system is completed.
Technical Details Architectural Stretch Tarpaulin – CT11 – Tarpaulin Material
Architectural stretch canvas is a material made from woven fibers. There are many types of architectural stretch canvas with many different colors and types. Choosing the right type of architectural stretch canvas depends on many factors such as durability, longevity, color, type of building, and covering function.
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We are proud to be the only unit in Vietnam to receive expert advice from Fastech Company – The leading company designing and constructing stretch canvas structures in Thailand, with reputation and nearly 30 years of experience in the industry and successfully implementing more than 1,000 stretch canvas projects in Thailand and Southeast Asia.
With the strength of creative ideas in stretch canvas architectural design, along with practical construction methods, Flexiiform is confident to bring the most optimal solutions for each specific project, especially large-scale projects. structure-related projects Stretch canvas cover.
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