Abstract: A method and system configured to correct a non-compliant, excessive gap condition between a door and a frame, correct a non-compliant, excessive gap condition between a pair of doors at the meeting edge, correct a non-compliant, excessive gap condition at least using a formed metal edge and mechanical fasteners, and correct a non-compliant, excessive gap condition at least using a formed metal edge and mechanical fasteners, whereby the formed metal edge may vary in dimensions to accommodate uneven gaps.

Abstract: A method and system for achieving compliance for a fire-rated door assembly. To comply with fire rated door assembly codes and compliance, all components, including hardware must be listed and labeled by a certification agency, such as Underwriters Laboratories (UL). The disclosure may include a hardware preparation filler solution which allows fire-rated doors to maintain fire rating and compliance when removing or modifying hardware, or converting between hardware types.

Abstract: A method and system configured to correct a non-compliant, excessive gap condition between a door and a frame, correct a non-compliant, excessive gap condition between a pair of doors at the meeting edge, correct a non-compliant, excessive gap condition at least using a formed metal edge and mechanical fasteners, and correct a non-compliant, excessive gap condition at least using a formed metal edge and mechanical fasteners, whereby the formed metal edge may vary in dimensions to accommodate uneven gaps.

Abstract: Systems and methods for rectifying excessive bottom or head clearances of door assemblies are disclosed. An example system may comprise a door cap straight component installed on a first side of a fire door; a door cap L-shaped component installed on a second opposite side of the fire door; at least one intumescent strip seal fitted with the door cap L-shaped component; and end caps installed on two narrow ends of the fire door.

Abstract: A method, system and apparatus configured to correct a non-compliant, excessive gap condition between a door bottom and a finished floor. One example system may include a channel assembly attached to the bottom edge of the door, wherein the channel assembly includes at least one moving component configured to accommodate uneven door bottom gaps across the width of the door and an uneven floor condition.

Abstract: A method and system for achieving compliance for a fire-rated door assembly. To comply with fire rated door assembly codes and compliance, all components, including hardware must be listed and labeled by a certification agency, such as Underwriters Laboratories (UL). The disclosure may include a hardware preparation filler solution which allows fire-rated doors to maintain fire rating and compliance when removing or modifying hardware, or converting between hardware types.

Abstract: A method and system configured to correct a non-compliant, excessive gap condition between a door and a frame, correct a non-compliant, excessive gap condition between a pair of doors at the meeting edge, correct a non-compliant, excessive gap condition at least using a formed metal edge and mechanical fasteners, and correct a non-compliant, excessive gap condition at least using a formed metal edge and mechanical fasteners, whereby the formed metal edge may vary in dimensions to accommodate uneven gaps.

Abstract: A method, system and apparatus configured to correct a non-compliant, excessive gap condition between a door bottom and a finished floor. One example system may include a channel assembly attached to the bottom edge of the door, wherein the channel assembly includes at least one moving component configured to accommodate uneven door bottom gaps across the width of the door and an uneven floor condition.

Abstract: Systems and methods for rectifying excessive bottom or head clearances of door assemblies are disclosed. An example system may comprise a door cap straight component installed on a first side of a fire door; a door cap L-shaped component installed on a second opposite side of the fire door; at least one intumescent strip seal fitted with the door cap L-shaped component; and end caps installed on two narrow ends of the fire door.

Abstract: Systems and methods for rectifying excessive bottom or head clearances of door assemblies are disclosed. An example system may comprise a door cap straight component installed on a first side of a fire door; a door cap L-shaped component installed on a second opposite side of the fire door; at least one intumescent strip seal fitted with the door cap L-shaped component; and end caps installed on two narrow ends of the fire door.

Abstract: A kit for installing a pocket door system in a doorway, comprising: a frame header and track assembly installed horizontally at an uppermost end of a rough opening in a wall; and a plurality of vertical support structures fixed to the frame header and track assembly and defining a pocket opening in the wall for receiving a sliding door. Each of the plurality of vertical support structures includes a first vertical member, one or more second vertical member, and a component configured to connect the one or more second vertical members to the first vertical member in order to achieve a selected door height.

Abstract: Systems and methods for rectifying excessive bottom or head clearances of door assemblies are disclosed. An example system may comprise a door cap straight component installed on a first side of a fire door; a door cap L-shaped component installed on a second opposite side of the fire door; at least one intumescent strip seal fitted with the door cap L-shaped component; and end caps installed on two narrow ends of the fire door.

Abstract: Systems and methods for rectifying excessive bottom or head clearances of door assemblies are disclosed. An example system may comprise a door sweep installed on a first side of a fire door; a door shoe installed on a second opposite side of the fire door; an intumescent seal in an opening between a bottom edge of the fire door and the door shoe or a floor surface; and end caps installed on two narrow side ends of the fire door.