LabExact
Grade CFP3 Cellulose Filter Paper, Qualitative - 6µm, 125mm, Hydrophilic, 100/pk SKU: LE-CFP3-125

Featuring double-thickness cellulose construction delivering exceptional loading capacity and retention efficiency for qualitative analytical applications. Double the thickness of Grade 1 with still finer particle retention and excellent loading capacity; more precipitate can be held without clogging. The 6µm pore configuration provides precise particulate separation while maintaining optimal flow characteristics for extended sample processing. High-absorbency cellulose matrix with enhanced wet strength delivers reliable performance in Büchner funnel applications and sample conveyance protocols.

Key Cellulose Membrane Characteristics

Double-thickness construction provides superior loading capacity without premature clogging during high-volume filtrations
6µm retention efficiency captures fine particulates while maintaining controlled flow rates for qualitative separations
High-absorbency cellulose matrix enables dual-function performance as both filtration medium and sample carrier substrate
Hydrophilic surface chemistry ensures rapid wetting and consistent flow initiation across diverse aqueous solutions
Enhanced wet strength makes this grade highly suitable for use in Büchner funnels and vacuum filtration systems

Key Construction Characteristics

Standard 125mm diameter accommodates universal filter holder configurations and laboratory funnel systems
Qualitative grade cellulose construction optimized for analytical techniques requiring material identification and determination
Nonsterile format provides cost-effective solution for routine laboratory filtration and clarification procedures
Premium cellulose fiber matrix resists tearing during handling while maintaining structural integrity throughout filtration cycles
100-count packaging ensures consistent availability for high-throughput analytical laboratories and educational facilities

LE-CFP3-125 filters excel in qualitative analytical techniques where slower flow rates enhance separation precision and sample retention. Outstanding loading capacity accommodates larger sample volumes without filter replacement, maximizing efficiency during extended analytical protocols. High absorbency characteristics prove particularly valuable when the paper functions as a sample carrier, enabling versatile applications from routine clarification to specialized analytical techniques requiring both filtration and sample transport capabilities for comprehensive laboratory workflows.