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Fabrics
Farley carefully selects only the best materials that ensure:
Our longwearing vinyl-coated polyester fabric accomplishes all of this while still being fully customizable in colour and translucency. Stressors that can damage the fabric such as sunlight (UV radiation), cold, mildew, or chemical pollutants pose little risk as the flame retardant material is further treated to protect against these damaging nuisances.
The outer membrane of a Farley dome is made of the using the highest quality materials and fabrication techniques that ranges from 28oz to 32oz. Because of this, The Farley Group stands behind a 5-year fabrication guarantee. This is the longest warranty available in the industry.
The inner fabric or liner is made from similar material as the outer membrane, albeit a smaller weight (15oz) because it doesn’t need to endure the rigours of the outer membrane. Thermal and sound insulation are the considerations for this layer and they too come in a wide range of colours. If additional insulation is needed, the Farley Insulation System will keep your bubble thermally efficient.
Insulation
The Farley "bubble pack" insulation brings the average insulation value up to an R10 equivalent, generating a savings of up to 50% on your dome's heat fuel costs.
To reach maximum energy efficiency, we install The Farley Insulation System between the outer structural fabric and the inner liner fabric with a simple and effective process. Our team can install or remove the insulation as needed.
This reflective insulation consists of a double layer of polyethylene bubbles, sandwiched between two aluminum surfaces, and meets all building code requirements for fire safety.
CablingLarger structures with a wider span (i.e. a soccer dome) require a cable-reinforcement system for added strength.
Wide span structures carry an extra aerodynamic and inflation load. To overcome these stresses, The Farley Group employs a cable reinforcement system. In this system, the cable is continuous from anchor to anchor. All cables are flameproof, corrosion resistant and linked to the membrane by sleeves. To exceed strength requirements, cables are comprised of galvanized wire rope, typically coated with white PVC.
Fabric Welding
To create seams with a higher shear resistance value than the fabric itself, Farley binds fabric components together with a state-of-the-art process called Dielectric Welding. Dielectric welding, or radio frequency welding, permanently seals two layers of fabric using electromagnetic energy.
RF welding creates a durable watertight seam with strength exceeding that of the fabric itself. Every single seam in a Farley Group structure is dielectrically welded to ensure complete architectural integrity. Our 300' long table allows the welder to track automatically and efficiently, reducing handling and ensuring consistent high quality of all seams.
Mechanical Equipment
The mechanical equipment is the life force of an air-supported structure, and because these components are so vitally important we offer only the most dependable mechanical equipment, custom designed to suit your dome's specific requirements.
Should the main unit fail to keep up with inflation (a low-pressure situation or power failure); a standby inflation fan is always ready to assist the main unit during low-pressure situations, or to take over completely in the event of a power failure. This unit is self-sustaining with the use of natural gas, propane, or oil generator. The second inflation unit is powerful enough to provide full inflation pressure in the event of a power failure. It will kick in automatically, so there is no worry of a collapsed dome even if power is lost for extended periods.
For domes that don’t require heating, an energy saving supplementary inflation fan can also be built into your dome's mechanical setup. This fan operates on a lower horsepower motor than that of the main heat and inflation unit to keep costs low. Entrances and Exits
Because the air pressure inside a dome is slightly higher than the exterior atmosphere, air is always trying to escape. We design our entrances and exits components to work within this unique system.
Some large domes that require access for vehicles and maintenance equipment have larger airlocks with overhead doors. Airlocks of any size provide access for vehicles of variable size.
Emergency exit doors are included with every dome package and over-engineered for long-lasting reliability. These are constructed using galvanized steel frames and high-quality hardware, and balanced to compensate for the internal pressure of the dome. The doors we use are specially designed center-balanced exit doors, which open smoothly while under air pressure (a regular door would swing open dangerously fast due to the air pressure acting upon it). Our doors also come with the appropriate emergency exit signs and lighting.
Every entrance and exit component that goes into your air structure package is carefully specified and manufactured to keep your facility operating worry free.
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