Architectural textile, also known as Atex, is high-strength fiberglass that has been coated with translucent or colored silicone elastomers. Specifically, Atex can be used in architecture because of the quality matt lacquer finish and the magnificent strength-to-weight ratio.
Atex textile membranes have been specifically designed for industrial applications requiring the highest levels of safety. The Atex membranes are made with unique combinations of materials that provide superior resistance to fire, chemicals and abrasion.
The material is fire resistant and has a surface that aids in soil resistance and handling during production.
What is a textile membrane?
A membrane is a thin layer of material that separates an area from the outside environment. In this case, a textile membrane is a thin layer of cloth that separates your body from the cold water.
Textile membranes are commonly used in many different applications such as clothing, tents, and swimming goggles. Atex textile membranes are used in most buildings and homes to provide insulation
Use of Atex
Woven glass fibre fabrics have become vital in industry, particularly when used to reinforce polyester, epoxy, and other resins. Silicone was originally developed for use as a sealant and bonding agent because it doesn’t react chemically or thermally and it’s chemically inert. The rapidly growing market for fabric architecture, on the other hand, has led to an increase in the use of silicone to coat glass fibre materials.
Atex is the pinnacle of this high-tech research, with applications for lightweight membrane constructions that embrace a new modern freedom of form, lightness, and environmental appeal. We now have a better understanding of the various needs and challenges that come with high-quality design in a modern construction industry. Atex’s material qualities and anti-fire properties meet these needs, which include stability, corrosion resistance, fire resistance and self-repair capabilities.
Glass fiber cloth, silicone, polyurethane, and fluoropolymer are among the membrane materials employed. Some examples are tensile structures, ceilings, canopies, awnings and facade covers. The following are some of the benefits:
- Atex Silicone Coated Glass Fibre Fabrics is extremely strong and durable;
- It is very resistant to chemicals and heat;
- It has excellent electrical insulation properties;
- It is highly flexible and can be shaped into various types;
- It is very light in weight;
- It is non-toxic and does not cause any allergies;
- It’s really simple to keep clean and maintain;
- It’s available in different colors;
- It is an excellent insulator of sound and heat;
- It is very economical as compared to other materials.
Fiberglass materials are often used in the chemical fiber industry for winding, weaving, and braiding operations due to their resistance to chemicals and high temperatures. Additionally, fiberglass materials are also used in the electronics industry for electrical insulation wiring ducts. In addition, fiberglass materials are often used in glass steel products such as sewage pipes, water pipes, and gas pipes. Furthermore, fiberglass materials are also used in composite materials such as pipes for ships and boats, golf clubs, fishing gear, and surfboards. Finally, the construction industry also takes advantage of fiberglass materials for reinforced concrete pipes, sewer pipes, and drainage pipes.
Why Atex textile membranes is the best
Atex textile membranes are the best because they provide a breathable, durable and lightweight membrane that can be easily installed. They also have a low-maintenance feature that makes them easy to clean and maintain.
Silicone-coated fabrics are used in a variety of applications where resistance to water, moisture, or other liquids is required. The silicone coating prevents the underlying fabric from becoming wet or saturated with liquid, while still allowing air and water vapor to pass through.
Silicone coated fabrics are extremely flexible in the range of temperature of -50°C to +200°C, filtering out harmful UVB rays while allowing essential light to get through for plant growth. The material does not release hazardous gases or flame particles at extreme temps or in fires.
Atex’s high-strength, flexible textiles have a 25-year life expectancy. Atex is a true pioneer in the development of advanced textile materials. The main application of textile membrane is architecture, and the textile membrane is used to construct textile architecture, which is a new type of building envelope material. It has the advantages of being lightweight, high strength, good flexibility, good air permeability, good water vapor permeability and UV resistance.
Even in the most extreme environments, Atex’s membrane technologies can still withstand exposure temperatures ranging from -40 degrees Fahrenheit to 275 degrees Fahrenheit. These products have changed the way we live and work. They present innovation as a priority and commitment to that cause is second to none. Looking for the best, most advanced textile products in the world? Without any hesitation we can declare that Atex products are the best in the world.