Air barriers are an integral component of the construction industry, serving a crucial purpose in fortifying buildings. By providing an air-tight seal to structures, they help to augment energy efficiency, enhance the quality of indoor air, and significantly extend the lifespan of a structure. Among the diverse range of air barriers in use today, Prosoco Spray Wrap MVP, Tremco EXO-AIR 130, and Pecora XL Perm VP are some of our favorites. These barriers have proven to be highly beneficial and have characteristics that set them apart from sheet applied barriers. In this article, we delve into the specifics of fluid applied air barriers, helping you gain a deeper understanding of their unique attributes.
Fluid Air Barriers VS Sheet Air Barriers
Fluid-applied air barriers and sheet-applied air barriers each have their distinct characteristics. Fluid-applied air barriers, due to their liquid form, offer exceptional adaptability, seeping into the minutest of cracks and crevices, thus providing a seamless, monolithic air barrier that effectively blocks air leakage. This adaptability makes them particularly suitable for complex designs. On the other hand, sheet-applied air barriers–also known as mechanically fastened air barriers–are typically more durable and resistant to puncture. However, their dependence on fasteners can pose a risk for potential air leakages at the fastening points, creating less efficient seals.Therefore, in terms of performance, fluid-applied barriers distinctly outshine their sheet-applied counterparts.
Superior Airtightness
One major advantage of fluid applied air barriers is their superior airtightness. They are typically composed of elastomeric or silicone materials that adhere tightly to the substrate, forming a continuous, seamless layer. Fluid applied air barriers also boast a high degree of versatility and flexibility. They can be applied to a variety of substrates, including concrete, masonry, wood, gypsum, and more. This makes them suitable for a wide range of construction projects, from residential homes to commercial buildings.
Durability
Durability is a standout feature of fluid-applied air barriers like the Prosoco Spray Wrap MVP. Once applied, these barriers form a robust, monolithic layer that can withstand harsh environmental conditions. They are resistant to punctures, tears, and elemental deterioration; providing long-lasting protection against air and water infiltration.
Easy Application
Not only are they durable, but fluid-applied air barriers are also easy to apply. Products like Prosoco Spray Wrap MVP, Tremco EXO-AIR 130, and Pecora XL Perm VP can be swiftly sprayed, rolled, or brushed onto the substrate; making installation quick and easy. Furthermore, their fluid nature allows for easy coverage of complex architectural details and penetrations, ensuring a comprehensive air barrier system.
Reduction in Labor Costs
Another significant advantage of fluid applied air barriers is the reduction in labor costs they offer. With the installation process being far quicker compared to traditional sheet-based systems, the amount of manual labor required is less, leading to substantial cost savings. Moreover, their ability to easily cover intricate architectural details reduces the need for specialized labor to install the barrier in complex areas. Consequently, fluid-applied air barriers are more cost-effective in the long run, making them an increasingly popular choice for contractors.
Summary
In conclusion, fluid-applied air barriers offer a myriad of benefits that make them attractive to the consumer. Their flexibility, adaptability, and resilience set them apart, ensuring airtight seals that significantly enhance a building’s energy efficiency. The ease of application and reduced labor costs further add to their appeal, making them an integral part of modern construction. Whether it’s a residential project or a commercial venture, the use of fluid-applied air barriers such as Prosoco Spray Wrap MVP, Tremco EXO-AIR 130, and Pecora XL Perm VP, can greatly contribute to the longevity and sustainability of a structure.