LabExact
Grade CFP2 Cellulose Filter Paper, Qualitative - 8µm, 185mm, Medium-Slow Flow, 100/Pk SKU: LE-CFP2-185

Featuring refined cellulose fiber technology delivering precise 8µm particle retention with enhanced absorbent capacity for qualitative analytical separations. Medium to slow flow characteristics provide superior retention compared to Grade 1 papers while maintaining exceptional loading capacity for extended filtration cycles. Volume filtration through the random matrix of cellulose fibers ensures reliable particulate separation in both liquid and gas sample analysis.

Key Cellulose Membrane Characteristics

• Higher absorbent capacity than Grade 1 papers maximizes sample retention and nutrient holding in plant growth trials
• 8µm pore size delivers optimal balance of retention efficiency and flow rate for general laboratory filtrations
• Hydrophilic surface chemistry ensures rapid wetting and consistent flow patterns across the entire filter surface
• Depth filtration mechanism traps particulates within the fiber matrix for superior clarity in liquid and gas samples
• Pure cellulose construction provides chemical compatibility with most laboratory solvents and aqueous solutions

Key Construction Characteristics

• Large 185mm diameter accommodates high-volume sample processing and standard laboratory equipment configurations
• Medium to slow flow rate ensures thorough separation while preventing sample breakthrough during extended filtrations
• Nonsterile grade optimized for general laboratory use without premium sterility requirements
• Convenient 100-pack quantity reduces inventory management while ensuring consistent batch-to-batch performance
• Compatible with Buchner funnels, vacuum filtration systems, and gravity filtration setups

LE-CFP2-185 filters excel in plant growth trials where enhanced absorbency holds soil nutrients, and atmospheric monitoring applications for pre-isolated contaminant analysis. Proven performance in monitoring specific atmospheric and soil contaminants makes these filters indispensable for environmental analysis and quality control applications. The refined cellulose matrix delivers reliable separation performance while maintaining cost-effectiveness for routine analytical procedures requiring consistent 8µm retention capabilities.