LabExact
Grade CFP5 Cellulose Filter Paper, Qualitative - 2.5µm, 110mm, Slow Flow, 100/pk SKU: LE-CFP5-110

Featuring high-retention cellulose fiber technology delivering exceptional 2.5µm particle capture for demanding analytical and environmental applications. Grade CFP5 qualitative construction provides filtration of very fine particulate and clarification with applications in environmental sciences and chemical analysis. Ultra-low ash content below 0.05% ensures minimal analytical interference while 0.195mm thickness delivers robust handling characteristics for laboratory workflows.

Key Cellulose Fiber Characteristics

Random matrix cellulose fiber construction performs separation by entrapping particulate within the depth of the media
2.5µm retention efficiency captures very fine particles while maintaining controlled slow flow rate for thorough separation
Exceptionally low ash content <0.05% minimizes contamination in gravimetric analysis and trace element determinations
Natural fiber composition provides reliable clarification for liquid samples requiring high-purity processing
Hydrophilic surface chemistry promotes rapid wetting and consistent filtration performance across diverse sample matrices

Key Construction Characteristics

Standard 110mm diameter accommodates conventional filter funnel configurations and high-volume sample processing requirements
0.195mm thickness provides mechanical strength for handling integrity during installation and extended filtration cycles
Optimized for determination and identification of particulate in both liquids and gas analytical methods
Non-sterile construction eliminates unnecessary processing costs while maintaining analytical-grade purity standards
Convenient 100-count packaging maximizes laboratory efficiency while ensuring consistent product availability for routine applications

LE-CFP5-110 filters achieve precise particulate retention optimized for environmental monitoring, chemical analysis, and quality control protocols requiring validated separation performance. Widely used for general laboratory separation and clarification applications as well as for soil analysis methods. Superior chemical compatibility with most organic solvents and aqueous solutions maximizes your analytical flexibility when processing diverse sample types demanding both fine particle retention and ultra-low contamination characteristics essential for reliable analytical outcomes.