LabExact
Grade CFP2 Qualitative Cellulose Filter Paper, 8µm Retention, 110mm, Hydrophilic, 100/pk SKU: LE-CFP2-110

Featuring advanced cellulose fiber technology delivering precise 8µm particulate retention with enhanced absorption capacity for demanding laboratory and environmental applications. Medium to slow flow rate characteristics provide superior retention compared to standard grades, optimizing your analytical protocols for general filtration, clarification procedures, and contaminant monitoring. Hydrophilic cellulose matrix construction performs reliable separation of pre-isolated contaminants in air and gas samples, delivering consistent results for plant growth trials and environmental monitoring applications.

Key Cellulose Membrane Characteristics

Random cellulose fiber matrix entraps particulate within the depth of the media for reliable separation performance
8µm retention efficiency captures fine particulates while maintaining optimal flow rates for extended sampling protocols
Enhanced absorbent properties exceed standard CFP1 performance for superior sample conveyance applications
Hydrophilic surface chemistry promotes efficient liquid wetting and consistent filtration across diverse sample types
Consistent bright white color enables photometric stain intensity measurement for air sample analysis

Key Construction Characteristics

Standard 110mm diameter accommodates universal filtration equipment and laboratory funnel configurations
Precision thickness measured under 4 psi using TAPPI T411¹ ensures consistent handling properties
Ultra-low ash content below 0.05% validates chemical purity for analytical procedures
Nonsterile construction provides cost-effective performance for routine laboratory separation and clarification protocols
100-count packaging with convenient dispenser box design maintains product integrity during storage and use

LE-CFP2-110 filters deliver exceptional versatility across agricultural testing, environmental analysis, and food industry applications requiring enhanced particulate retention. Outstanding performance in soil analysis methods and general laboratory separation transforms these filters into reliable workhorses for your routine analytical protocols. Natural cellulose construction accommodates reagent impregnation for specialized gas detection procedures, maximizing your analytical flexibility when developing custom optical reflectance measurement protocols demanding both superior absorbency and precise particulate separation capabilities.

¹ TAPPI T411 Thickness (Caliper) of Paper and Paperboard: https://imisrise.tappi.org/TAPPI/Products/01/T/0104T411.aspx