a. Partition Wall
½” thick uPVC coated panels finished to one or both sides of metal framework producing easy to clean surfaces.
b. Raised Air Wall
Eliminates the need for a return air grille and provides a more cleanable detail, reducing the number of crevices in room.
c. Low Wall Returns
Utilizes a return air grille allowing the cleanroom floor system to be coved flush against the low wall return plenum.
d. Liner Wall
Provides ability to skin existing concrete, block or sheet rock walls.
e. Cavity Walls
Electrical, mechanical and process piping can be integrated within cavity chases by using metal stud framework.
f. Wall Protection
Stainless steel guard rails in high traffic areas.
g. Integrated Stainless Steel Fittings
Electrical and mechanical between panels.
h. Sliding Door
High strength 2” thick molded seamless lightweight fiberglass panel for easy cleaning.
i. Swing Doors
Sealed non-absorptive panels with lightweight poured polyurethane foam for exceptional strength and dimensional stability. |
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j. Windows
Glazing provides a flush, ledge-free surface.
k. Panelized Ceiling
Flush cleanroom ceiling providing walk-on capabilities for maintenance access.
l. T-Grid Systems
Wire or rod supported T-grid systems with a variety of tiles to meet cGMP requirements.
m. Aseptic Cove Detailing
Rounded snap-in cove allows easy to clean ceiling and corner transitions.
n. Radius Floor Coving
Radius floor track with offset panel receiver provides flush transition between floor to wall finishes.
o. Integrated Openings
Flush openings for integration of service panels, utility chase boxes, fire extinguisher boxes.
p. Loadbearing Integration
Structural members can be designed within cavity walls to support load-bearing envelope structures.
q. Free-Standing Plenum Caps
Envelope structures create a free-standing structure capable of support AHU’s and support utilities and personnel.
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