Smart Ceilings

What is a Stretch Ceiling Technology? Stretch Ceilings Technology was invented in Europe as an interior enhancement technology. The essence of the product is the use of a thin plastic film to envelope a firm frame (profile). The shape of such installation is defined by the hidden profile, while the beauty comes from the film, which can be of any co... lor, finish, and transparency. This technology is an essential component of both, construction and decorative line of business, and is rapidly expanding in North America. Stretched fabric ceiling installation simply involves affixing a light weight, highly durable film or a decorative fabric that is made from high quality materials, that are environmentally friendly, sound and energy efficient, non-allergenic, non-flammable, waterproof, durable, dust free, and easy to clean and maintain. Consequently, the material can be effortlessly mounted or relocated, without leaving any damage behind. It could be created in a variety of shapes including rectangular, oval, flat, curved, or 3D spatial and can be translucent or opaque. It can also be layered or incorporated with decorative lighting elements or prints. Often a printed image is applied to the material, decorative wall panel, or 3D structure. A backbit fabric can create the extraordinary impression of a starry night, Renaissance stained glass window, or sunny southern sky. A banner that uses this unique technology looks modern and high tech and will retain its fresh glossy look for years. Stretch ceilings can be used anywhere, from residential dwellings to large sports or entertainment venues and public malls. Suspended or mounted 3D framed structures and boxes are used by the worlds leading interior designers for lending a distinctive look to one of a kind buildings, exhibition halls, trade shows, and art venues. It inspires them to create an attractive and unique design concept to conceal existing pipes, service fixtures and exposed roofs. Stretch fabric ceilings also provide energy-saving benefits by forming thin ...Read More