The characteristics of tensile structure as a construction system mainly depend on its unique form and the performance of the film itself. Because of this, the membrane structure can create a design that is not possible with the traditional architectural system.

Light:

The reason for the smaller self-weight of the tension structure is that it relies on pre-stressed forms rather than materials to maintain the stability of the structure.

As a result, its self-weight is much smaller than that of traditional buildings, but it is stable.

Architects can use their lightweight, long-span feature designs and detailed components of the structure, and their light and stable structural properties are organic and uniform.

Light Transmission:

Light transmission is one of the most widely recognized features of modern membrane structure. The light transmission of the tensile can provide the required illumination for the building, which is very important for building energy conservation.

This is especially important for some commercial buildings that require a lot of light and high brightness. Through the comprehensive utilization of natural and artificial light, the light transmission of membrane material can provide a greater aesthetic creative space for architectural design.

At night, light transmission turns the membrane structure into a sculpture of light.

Flexible:

The tensile structure is not rigid, it will produce deformation under the action of wind load or snow load.

The flexible procedure of different tensile materials is also different, some of the tensile material flexibility is excellent, will not be folded and brittle or broken, such materials are effective to achieve a movable, expandable structure of the basis and premise.

Sculpture:

The unique curved shape of the tensile structure gives it a strong sense of sculpture. The membrane surface is self-balanced by tension. The balance of the high and low sorg), which has a negative Gaussian mask, makes the larger structure look as if it is free of the shackles of gravity and floating lightly between the heavens and the earth. This sculptural texture, both indoors and outdoors, is exciting.

Security:

The lightweight pull-up membrane structure, designed according to existing national norms and guidelines, is adequately safe. Light structure can maintain good stability under the effect of seismic and other horizontal load.

If you’re a manufacturer of shading systems such as patio umbrellas, shade sails, or fabric awnings, it’s important for you to focus on the quality of each and every component of your design. Whether it’s the material of the rope you use in your umbrella or the load rating of the pad eye you are providing the end user to secure your shade sail, always look for products that are load tested and resilient. Using quality products doesn’t just increase customer satisfaction. Over time, you’ll earn a reputation for providing the highest quality, longest lasting shading systems in your market. This will increase word of mouth advertising, return purchases, and upsells, which can help your business grow.

• Types of Tensile Fibre and Structure
• Feature of Tensile Membrane
• Properties of Tensile Membrane
• Application of Tensile Membrane
• Advantages of Tensile Membrane
• Benefits of Tensile Membrane
• Characteristics of Tensile Membrane Structure
• Types of Fabric Material for Tensile Structures
• Factors Affecting Performance of Membrane Structures