Abstract: A multi-positional foot is carried on the bottom of a cleanroom wall stud and is readily adjustable in a vertical direction(relative to the length of the stud) for contact with the upper surface of an access floor panel and for movement away from the panel to provide clearance for removing the panel(s) that lies beneath the foot. Moreover, the foot is constructed with rotatably joined members that are sized to swing into and out of engagement with a floor panel for respectively anchoring, the stud and permitting removal of that panel. The rotational mounting of the members that make up the foot, including a slotted toe member, permits great flexibility for using the foot to anchor wall studs to any of a wide variety of floor panel configurations.

Abstract: Construction and remodeling of a cleanroom wall system is facilitated with a universal stud design. A variety of wall configurations may be assembled with the same stud. Also provided is a useful connector block for joining perpendicularly oriented studs, or for splicing together axially aligned studs. A corner stud is also provided, as well as a deflection track for connecting the top track of a wall panel to a conventional ceiling grid to allow deflection of the grid relative to the wall and to facilitate easy access to the portion of the ceiling immediately above the wall panel.

Abstract: The present invention provides a stud component of a cleanroom wall system that, in addition to supporting wall panels also supports a door, thereby doing away with the need for a separate, standard doorframe. Thus, the universal nature of the wall and door stud components substantially reduces the material and labor cost associated with acquiring and constructing doorframes in a cleanroom wall system.

Abstract: The present invention provides a stud component of a cleanroom wall system that, in addition to supporting wall panels also supports a door, thereby doing away with the need for a separate, standard doorframe. Thus, the universal nature of the wall and door stud components substantially reduces the material and labor cost associated with acquiring and constructing doorframes in a cleanroom wall system.

Abstract: Construction and remodeling of a cleanroom wall system is facilitated with a universal stud design. A variety of wall configurations may be assembled with the same stud. Also provided is a useful connector block for joining perpendicularly oriented studs, or for splicing together axially aligned studs. A corner stud is also provided, as well as a deflection track for connecting the top track of a wall panel to a conventional ceiling grid to allow deflection of the grid relative to the wall and to facilitate easy access to the portion of the ceiling immediately above the wall panel.

Abstract: Construction and remodeling of a cleanroom wall system is facilitated with a universal stud design. A variety of wall configurations may be assembled with the same stud. Also provided is a useful connector block for joining perpendicularly oriented studs, or for splicing together axially aligned studs. A corner stud is also provided, as well as a deflection track for connecting the top track of a wall panel to a conventional ceiling grid to allow deflection of the grid relative to the wall and to facilitate easy access to the portion of the ceiling immediately above the wall panel.