Tensile Structure for Parking
Tensile construction is known as the
“gold standard” in contemporary car parking lot architecture, creating a
high-tech alternative to metal carports. These installations rely on
high-tension membranes being spanned over steel superstructure, thus ensuring
wide-span distribution with minimum interference upon the ground. For the
parking operator, the key benefit of large-capillary design is to minimize the
number of pillars; cantilevered configurations or central mast systems allow
vehicles a greater space for maneuvering, reducing the possibility of
accidental collisions and maximizing the total number of parking bays.
For
protection, such frameworks are designed to block up to 95% of harmful UV
light, an essential factor to avoid deterioration of vehicle paint and maintain
interior cabin temperatures dramatically below those at peak summer
temperatures. This thermal regulation, also, brings about a convenience to
users and a lower level of energy cost associated with vehicle air conditioning
systems. The fabrics in many applications, which often use HDPE (High-Density
Polyethylene) for breathable shade or PVC-coated polyester for 100% waterproof
protection, are intended to withstand elevated wind speeds and shed rain or
snow efficiently because of the natural aerodynamics. More than utility,
tensile parking shades serve as invaluable “curb appeal” in commercial properties,
shopping malls and airports. Due to the fabric's architectural flexibility, it
supports smooth winged design characteristics that can be tailored for a
brand’s color scheme. On a maintenance basis, these buildings are very
low-cost; the membranes are frequently treated with anti-fungal and
self-cleaning coatings that involve little more than an occasional pressurized
wash. These structures, especially for large lots, offer a perfect structure
for the integration of LED lighting and security cameras, such that patrons can
operate at night in a safe and well-lit environment.
