STOTTROP-TEXTIL GMBH & CO KG

Architectural fabrics, light sails and acoustics up to 320 cm wide For the application areas of light sails and acoustic sails The architectural fabrics / light sails can be used in a variety of ways: Light ceilings / sound absorbers / low-e fabrics / theater and stage construction / digital printing / exhibition construction / museums / project-specific developments Sun protection technology combined with acoustic resonance surfaces For the roof area of ​​the new Munich football stadium, high demands were placed on the fabric supplied by Stottrop and on the fabric properties of the architectural fabric. The 36,000 m² of light sails are partially movable. The sun sails can be extended and retracted at the push of a button so that the grass gets enough sun and can grow when there is no play. The sun sails also improve the acoustics and thus the well-being of the spectators.

This glass fiber fabric or facade fabric is coated with a Teflon coating . The chemical term for Teflon is PTFE. The unique properties of Teflon are already known from many other applications , e.g. the incomparable dirt repellency and the high stability against environmental influences. Due to these properties, the PTFE MESH glass fabric is the perfect material for your building envelope . A facade concept with which building structures can be marketed much more attractively. In the textile PTFE MESH fabric, we combine very strong glass fibers to form a defined, non-flammable mesh and encapsulate the fibers with a special PTFE coating . These Teflon fabrics are stretched over frames that are hung in front of the building's facade . The hole size can be chosen so that it is easy to look out through the facade from the inside of the building . From the outside, the building appears as a light and clear surface.

Non-flammable architectural fabrics often have a glass fabric carrier and are coated with various polymers. A major disadvantage of such materials is their sensitivity to creasing and rapid aging in outdoor areas. The GLASS SILICON A2 tarpaulin is completely different ; it has been chemically and physically redesigned from the ground up. A real difference to other architectural fabrics is that it is almost impossible to creasing . This makes the tarpaulin ideal for a wide range of applications in architecture and industry . The coating can be supplied in colour or transparent . The transparent version in particular allows the viewer to see a naturally diffused light . An absolute highlight is that the GLASS SILICON A2-AC material can be digitally printed . The fabric can also be sewn , welded or glued .

Silicone -coated fabrics were among the first professional materials for industrial use and in textile architecture . The high flexibility and resistance to aging are good reasons for these materials. In the past, silicone fabrics were less successful due to their poor processing and often insufficient fire rating. The non- flammable GLASS SILICON A2 tarpaulin was chemically and physically redesigned from the ground up. This has enabled many problems of the past to be overcome. A real difference is that the non-flammable tarpaulin is now almost as resistant to bending . The glass fabric is almost as insensitiveas a tarpaulin ! This makes the material ideal for a wide range of applications in industry and architecture . The coating can be supplied in colour or transparent . The viewer sees a naturally diffuse light , especially in the transparent version . This makes the fabric suitable for lighting in buildings.