Abstract: A sleeved tile roof ridge vent (STRV) and the method of its use and construction are disclosed. The STRV may include a vent body including one or more holes and a perforated barrier coupled to the vent body to cover the one or more holes. The STRV further includes a splash guard coupled to the perforated barrier to limit debris, such as wind driven rain, from entering through perforations in the perforated barrier. Additional systems and methods are also provided.

Abstract: A roof ventilation system and the method of its use and construction are disclosed. The roof ventilation system may include a base including a base flashing, a throat extending from the base flashing, and a baffle extending at an acute angle relative to the throat. The roof ventilation system may further include a hood coupled to the base to create a passageway for air between the hood and the base.

Abstract: A ventilation system for a tile roof includes an elongated vent body defining a channel and securing features integrated with and extending from each side of the elongated vent body, where the securing features are configured to engage with a roof deck of the tile roof. The ventilation system further includes a support member received in the channel of the elongated vent body.

Abstract: A ventilation system for a tile roof includes an elongated vent body defining a channel and securing features integrated with and extending from each side of the elongated vent body, where the securing features are configured to engage with a roof deck of the tile roof. The ventilation system further includes a support member received in the channel of the elongated vent body.

Abstract: A universal tile roof ridge vent (UTRV) and the method of its use and construction are disclosed. The UTRV may include a vent body including one or more holes, a perforated barrier, such as coupled to the vent body, and a nonwoven polyester baffle to cover the one or more holes. The UTRV may include a hood coupled to the body, along with two mortar stops and two end braces. The multiple barrier system limits debris, such as wind driven rain, from entering the vent body and attic.

Abstract: The present disclosure generally relates to formulations for, and methods of making and using, a roof ridge vent material having no or a low amount of formaldehyde. Compositions for making the material include at least one polyester fiber and a binder mix. The binder mix includes at least one acrylic emulsion, at least one fire retardant, at least one surfactant, at least one defoaming agent, and water.

Abstract: A sleeved tile roof ridge vent (STRV) and the method of its use and construction are disclosed. The STRV may include a vent body including one or more holes and a perforated barrier coupled to the vent body to cover the one or more holes. The STRV further includes a splash guard coupled to the perforated barrier to limit debris, such as wind driven rain, from entering through perforations in the perforated barrier. Additional systems and methods are also provided.

Abstract: A roof ventilation system and the method of its use and construction are disclosed. The roof ventilation system may include a base including a base flashing, a throat extending from the base flashing, and a baffle extending at an acute angle relative to the throat. The roof ventilation system may further include a hood coupled to the base to create a passageway for air between the hood and the base.

Abstract: A slant back off-ridge roof vent and the method of its use and construction are disclosed. A ventilation system may include a base flashing portion and a hood fitting over the base flashing portion. The base flashing portion may include an integral cylindrical chimney portion formed out of the base flashing. The hood may include a top surface, a slant back portion extending from the top surface to a tab connecting the hood to the base flashing portion, and three sidewalls extending from the top surface to the base flashing. At least one of the three sidewalls may include integrally pierced louvers.

Abstract: A tile roof ridge vent and the method of its use and construction are disclosed. The ridge vent may include an elongated vent body including a flange extending from a side of the body and configured to engage a roof deck, and one or more vent openings defined in the vent body. The ridge vent may further include a first barrier to intrusion of a first element to the vent openings and a second barrier to intrusion of a second element to the vent openings. The ridge vent may further include a perforated closure and an end cap pitch gauge. Additional systems and methods are also provided.

Abstract: A ventilation system for a tile roof includes an elongated vent body defining a channel and securing features integrated with and extending from each side of the elongated vent body, where the securing features are configured to engage with a roof deck of the tile roof. The ventilation system further includes a support member received in the channel of the elongated vent body.

Abstract: A packaging comprising: (a) an outer card having one or more cavities; and (b) one or more blister cards housed within the one or more cavities, wherein the one or more blister cards are removable from the one or more cavities so that the one or more blister cards are disposable separate from the outer card.

Abstract: A roofing system in a building structure having a ridge vent includes strips of composite material having a base material adapted to form a hermetic seal with the top surface of a roofing section and recesses in a top surface in which an air permeable material can be positioned. A strip is applied to roof sections adjacent to each side of a ridge vent so that a ridge cap can overlay the strips in spaced relation from the underlying roof sections and be sealingly secured to the roof sections. The strip material establishes a barrier between the ridge cap and the roof sections through which air can pass, but through which the passage of rain and insects is inhibited.

Abstract: A packaging comprising: (a) an outer card having one or more cavities; and (b) one or more blister cards housed within the one or more cavities, wherein the one or more blister cards are removable from the one or more cavities so that the one or more blister cards are disposable separate from the outer card.

Abstract: A roofing system in a building structure having a ridge vent includes strips of composite material having a base material adapted to form a hermetic seal with the top surface of a roofing section and recesses in a top surface in which an air permeable material can be positioned. A strip is applied to roof sections adjacent to each side of a ridge vent so that a ridge cap can overlay the strips in spaced relation from the underlying roof sections and be sealingly secured to the roof sections. The strip material establishes a barrier between the ridge cap and the roof sections through which air can pass, but through which the passage of rain and insects is inhibited.

Abstract: A roofing system in a building structure having a ridge vent includes strips of composite material having a base material adapted to form a hermetic seal with the top surface of a roofing section and recesses in a top surface in which an air permeable material can be positioned. A strip is applied to roof sections adjacent to each side of a ridge vent so that a ridge cap can overlay the strips in spaced relation from the underlying roof sections and be sealingly secured to the roof sections. The strip material establishes a barrier between the ridge cap and the roof sections through which air can pass, but through which the passage of rain and insects is inhibited.

Abstract: A roofing system in a building structure having a ridge vent includes strips of composite material having a base material adapted to form a hermetic seal with the top surface of a roofing section and recesses in a top surface in which an air permeable material can be positioned. A strip is applied to roof sections adjacent to each side of a ridge vent so that a ridge cap can overlay the strips in spaced relation from the underlying roof sections and be sealingly secured to the roof sections. The strip material establishes a barrier between the ridge cap and the roof sections through which air can pass, but through which the passage of rain and insects is inhibited.

Abstract: A roofing system in a building structure having a ridge vent includes strips of composite material having a base material adapted to form a hermetic seal with the top surface of a roofing section and recesses in a top surface in which an air permeable material can be positioned. A strip is applied to roof sections adjacent to each side of a ridge vent so that a ridge cap can overlay the strips in spaced relation from the underlying roof sections and be sealingly secured to the roof sections. The strip material establishes a barrier between the ridge cap and the roof sections through which air can pass, but through which the passage of rain and insects is inhibited.

Abstract: A roofing system in a building structure having a ridge vent includes strips of composite material having a base material adapted to form a hermetic seal with the top surface of a roofing section and recesses in a top surface in which an air permeable material can be positioned. A strip is applied to roof sections adjacent to each side of a ridge vent so that a ridge cap can overlay the strips in spaced relation from the underlying roof sections and be sealingly secured to the roof sections. The strip material establishes a barrier between the ridge cap and the roof sections through which air can pass, but through which the passage of rain and insects is inhibited.

Abstract: A roofing system in a building structure having a ridge vent includes strips of composite material having a base material adapted to form a hermetic seal with the top surface of a roofing section and recesses in a top surface in which an air permeable material can be positioned. A strip is applied to roof sections adjacent to each side of a ridge vent so that a ridge cap can overlay the strips in spaced relation from the underlying roof sections and be sealingly secured to the roof sections. The strip material establishes a barrier between the ridge cap and the roof sections through which air can pass, but through which the passage of rain and insects is inhibited.