LabExact
Grade CFP3 Qualitative Cellulose Filter Paper, 6µm, 150mm, High Volume, 100/Pk SKU: LE-CFP3-150

Featuring double-thickness cellulose fiber construction delivering superior 6µm particulate retention with significantly slower flow rates compared to standard qualitative grades. The enhanced fiber matrix structure provides exceptional capacity for high-volume sample processing while maintaining reliable separation performance across diverse laboratory applications. Advanced anti-clogging characteristics allow for substantially higher sample volume usage compared to conventional qualitative cellulose filter types, maximizing productivity in demanding filtration protocols.

Key Cellulose Membrane Characteristics

Double-thickness construction (0.32mm) delivers twice the media depth of standard CFP1 grade with virtually identical separation properties
Exceptional absorbency levels enable dual-function operation as both filtration medium and sample conveyance substrate
6µm retention efficiency captures fine particulates while maintaining controlled flow rates optimized for precision separations
Ultra-low ash content below 0.05% ensures minimal interference in gravimetric analysis and trace determinations
Hydrophilic surface chemistry promotes rapid wetting and consistent filtration performance across aqueous sample matrices

Key Construction Characteristics

150mm diameter configuration accommodates standard laboratory filtration equipment and high-volume processing applications
Basis weight of 190 g/m² provides robust handling characteristics while maintaining optimal porosity
Random matrix cellulose fiber architecture performs separation by entrapping particulates within the media depth structure
Superior performance in separating challenging precipitates including lead sulfate, calcium carbonate, and calcium oxalate
Nonsterile packaging in convenient 100-count format delivers cost-effective media for routine laboratory separations

LE-CFP3-150 filters deliver controlled slow-flow characteristics optimized for applications requiring extended contact time and maximum particulate recovery. Outstanding anti-clogging performance transforms high-turbidity sample processing by preventing premature filter blockage, extending operational cycles in demanding analytical procedures. Versatile compatibility with both liquid and gas sample matrices makes these filters ideal for determination and identification protocols requiring precise particulate characterization, providing reliable separation performance for your critical qualitative analysis applications.