Camfil Slimline DCM
By Camfil
The Camfil Slimline DCM is a lightweight, compact ducted filter module designed for cleanrooms, medical suites, and controlled environments requiring superior particulate control. With HEPA and ULPA filtration options, its ultra-slim 41mm filter pack and low-profile aluminum frame save valuable ceiling space while delivering consistent, high-efficiency airflow and easy integration into standard grid systems.
Features
- Slim, Space-Saving Design: With a 41mm pack depth and a total frame depth of only 4.75", the Slimline DCM is ideal for installations with strict space constraints. Its compact footprint conserves room for lights, ducts, or process equipment without compromising performance.
- High-Efficiency Particle Control: Available in HEPA or ULPA grades, the Slimline DCM provides particulate efficiencies of 95%, 99.99% @ 0.3 micron, or 99.9995% @ MPPS. This ensures ultra-clean air for sensitive applications such as pharmaceutical manufacturing or healthcare suites.
- Optimized Media & Airflow: Controlled Media Spacing (CMS) and hot melt separators promote uniform airflow and reduce pressure drop. An integrated diffusion disc ensures even air distribution across the filter face—supporting cleanroom compliance and air balance.
- Durable, Cleanroom-Ready Construction: Built from extruded aluminum profiles and sealed with stable polyurethane, the Slimline DCM offers long-term mechanical strength and minimal outgassing. It includes seismic tabs and fits standard 1.5” or 2” T-bar ceiling grids for fast, secure installation.
Details
- Filter Pack Depth: 41 mm
- Frame Depth: 4.75”
- Filter Media: 95%, 99.99% @ 0.3 microns, 99.9995% @ MPPS
- Frame Material: Lightweight extruded aluminum with Klip-Lok corners
- Sealant: Chemically stable polyurethane
- Media Configuration: Controlled Media Spacing (CMS) with hot melt separators
- Diffuser: Integrated white epoxy-coated steel grille (62% open area), optional adjustable airflow disc
- Installation: Compatible with 1.5” or 2” T-bar grid systems
