Aluminum T-slot framed divider systems with polycarbonate or acrylic infill panels, establishing clean-area boundaries within larger production facilities. Sealed joint profiles preventing particle migration, HEPA-compatible airflow compatibility, and tool-free panel reconfiguration — creating controlled environments in pharmaceutical, electronics, and food production without permanent construction.
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Clean space dividers provide the particle control boundary of a cleanroom construction at a fraction of the cost and time — and with the flexibility to reconfigure as production processes evolve.
Transparent polycarbonate infill panels provide full visual access through the clean space boundary — enabling supervisor sightlines, visitor observation, and emergency visibility without compromising cleanliness control.
T-slot frame-to-panel joint profiles with continuous elastomeric seals — eliminating particle-generating gaps at all panel edges and meeting surface integrity requirements for controlled environment designation.
Divider configurations designed around your clean space HVAC airflow model — maintaining unidirectional HEPA flow patterns without turbulence-generating profiles at partition surfaces.
Panel systems that disassemble and reassemble using standard T-slot hardware without specialized tools — changing clean space boundaries in hours rather than days of construction work.
Hard-coat anodized aluminum extrusion framing providing minimal particle shedding, chemical resistance, and compatibility with IPA and cleanroom-approved cleaning agents.
Divider systems spanning full facility height from floor to roof deck — creating true environmental separation between cleanliness zones, not just partial height visual separation.
Clean space dividers from Modular Solutions address the specific construction and operational requirements of controlled manufacturing environments.
Material and component pass-through windows and transfer hatches at clean space boundaries — maintaining cleanliness separation during routine material exchange between zones.
Sealed personnel doors with full-perimeter gaskets, vision panels, and self-closing hardware — maintaining clean space envelope integrity during routine personnel entry and exit.
Smooth anodized aluminum, electropolished stainless steel, or polymer-coated panel surfaces — surface finish specifications matched to your cleanliness classification and sanitization program.
ESD-dissipative polycarbonate and acrylic panel options for electronics and semiconductor clean space applications where electrostatic discharge is a product quality concern.
Sealed conduit, tubing, and cable penetration provisions through divider panels — maintaining clean space boundary integrity at all utility infrastructure pass-throughs.
Panels available in 300mm to 1200mm widths with T-slot joining hardware — accommodating any clean space footprint shape with standard panel components and minimal custom fabrication.
Modular clean space dividers create controlled environments across pharmaceutical, electronics, food, and precision manufacturing industries.
A modular clean space divider is a reconfigurable partition system used to create a designated clean production environment within a larger industrial facility. The divider walls define the boundary of the clean zone, minimize particle migration from adjacent areas, and provide a controlled environment for activities requiring reduced contamination (precision assembly, sensitive electronics handling, pharmaceutical packaging, or medical device inspection). Unlike drywall construction, modular clean space dividers can be relocated and reconfigured as the production process changes.
Modular clean space dividers with smooth-surface panel infills (PVC-coated aluminum, stainless steel, or white laminate), sealed joints, and no open frame channels support controlled environments up to approximately ISO Class 7 (Federal Standard 209E Class 10,000). For higher cleanliness levels (ISO Class 6 or cleaner), the HVAC system design and air change rate are the dominant factors, and the partition must support the unidirectional airflow pattern without creating turbulence. Modular Solutions works with the HVAC design engineer to ensure partition placement supports the required air change efficiency.
For effective particle migration control, clean space dividers should extend to the ceiling or to a suspended ceiling grid to minimize the airborne particle exchange path between the clean zone and adjacent areas. Floor-to-2400mm walls with an open space above allow significant particle exchange via convection currents, particularly in facilities with warm equipment generating upward air movement. Ceiling connection options include direct connection to a concrete deck, connection to a suspended ceiling grid, or custom-height walls with a gap-sealing coping piece.
Clean space divider panels are selected for smooth, non-shedding surfaces that can be wiped clean with IPA, quaternary ammonium compounds, or mild detergents. Common panel materials include powder-coated aluminum (standard clean areas), white PVC laminate over aluminum substrate (food-safe clean areas), stainless steel 304 (pharmaceutical and medical device clean areas), and polycarbonate for observation windows. All panel surfaces are smooth-face (no exposed channels or fastener recesses) and all frame joints are sealed with silicone sealant.
Yes. For electronics clean rooms and ESD-sensitive production areas, the partition frame (aluminum T-slot extrusion) can be connected to the facility ESD grounding network via a copper bonding strap from the frame to the building ground. ESD-dissipative floor tiles and work surface grounding straps are bonded to the same network. Modular Solutions provides the bonding lug attachment hardware and a grounding circuit diagram as part of the ESD clean room partition package.
Contact our engineering team for modular clean space dividers designed to your cleanliness classification, airflow model, and production processes.
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