Extruded polystyrene (XPS) insulation is the ideal choice for any home that wants to reduce energy loss. It is available in a variety of colors and textures, and it is easily installed. In addition, EPS can be used on the interior and exterior of a home.
Extruded polystyrene foam insulation can also assist with moisture management. It is resistant to water absorption and freeze-thaw cycles, which can damage traditional insulation over time. Its high-performance properties reduce energy loss in buildings, which lowers energy costs in homes and businesses. In addition, the widespread use of XPS foam insulating sheathing can help the environment by reducing the use of natural resources.
Reduces moisture risk
Extruded polystyrene, or EPS, is an insulating material that provides high levels of protection against moisture. Its closed-cell structure reduces the absorption and migration of water into the extruded polystyrene insulation Houston, TX . However, following recommended design practices in areas with extreme moisture exposure is essential. In addition to using a closed-cell product, the building envelope must be appropriately designed to minimize moisture risks and keep indoor air quality comfortable.
Proper installation of extruded polystyrene-based insulation helps prevent moisture from affecting the interior and exterior surfaces of the home. The outer skin should be approximately five times more vapor-permeable than the internal skin. A typical 2-inch layer of extruded polystyrene insulation creates an effective vapor retarder. A wall without exterior insulation is vulnerable to condensation and mold due to a lack of air-sealing.
Reduces air leakage
Extruded polystyrene is a thermoplastic material. Its high density and compressive strength make it an ideal choice for below-grade slabs and walls. In addition, this product is a low-cost option that provides impressive air-leakage reduction.
To properly install this product, you should carefully measure your walls and ceilings. In addition, make sure the insulation is cut to fit obstructions like window frames and structural wood joists. You may have to cut the insulation into strips and stuff it into tight spaces by hand. You should not press the insulation into hot areas as it may cause heat build-up and a fire hazard.
The R-value of polystyrene insulation is essential for buildings in cold climates. However, this value can be affected by factors such as aging and moisture absorption. During the test, insulation samples were exposed to below-grade conditions for five, twenty-one, and thirty-one years. During these tests, the XPS and EPS insulations achieved a higher R-value per inch.
EPS and XPS are available in different densities, with the higher density resulting in a higher R-value per inch. However, the R-value of these materials will decrease over time. This is due to the thermal drift phenomenon, which affects the material’s performance in cold temperatures.
It is a versatile product
Extruded polystyrene, or XPS, is a plastic material widely used to manufacture building materials and storage containers. It is lightweight and has a high strength-to-weight ratio, which makes it an excellent choice for insulating foam materials.
It has many advantages over other insulation materials, including a uniform cell structure, durability, and strength. In addition, extruded polystyrene is available in various thicknesses and can be cut and shaped to meet different building requirements.
Reduces global warming
Extruded polystyrene (EPS) is one of the most popular building materials. The benefits of EPS insulation are numerous, and the company that makes them has worked to reduce their use. It is more effective than other types of insulation and has less impact on the environment.
One of the main problems with traditional foam insulation is its use of hydrofluorocarbon-blowing agents, which contribute to global warming. HFCs are highly potent greenhouse gases in extruded polystyrenocarbon (XPS) and closed-cell spray polyurethane foams. In addition to their high global warming potential, HFCs can thwart efforts to build carbon-neutral buildings. For these reasons, designers and builders should use non-HFC insulation whenever possible.