LabExact
Grade C Glass Microfiber Filter, 1.2µm, 70mm, Binderless Borosilicate, RIA/Lymphocyte, 100/Pk SKU: LE-C7000

Featuring binderless borosilicate glass microfiber technology delivering exceptional depth filtration performance for radioimmuno assays and lymphocyte harvesting applications. Fine porosity configuration with fast flow characteristics provides 1.2µm particle retention while maintaining superior load capacity through complex void space structures. 100% borosilicate glass construction eliminates organic binders, ensuring contamination-free results for critical analytical protocols demanding ultra-high purity performance.

Key Glass Microfiber Membrane Characteristics

Binderless borosilicate glass microfiber construction eliminates strengthening agents and organic contamination sources
Smooth and uniform fiber matrix permits characteristically high flow rates while retaining exceptionally small particles
Temperature stability up to 550°C enables high-heat analytical applications and gravimetric determinations
Complex void space structure develops optimal efficiency characteristics as microfibers overlap in random matrix formation
Hydrophobic surface chemistry resists moisture interference during liquid scintillation counting and cellular separation protocols

Key Construction Characteristics

Depth filtration matrix traps particulate within random fiber thickness rather than surface retention mechanisms
High load capacity accommodates concentrated particulate and gelatinous substances without premature clogging
Standard 70mm diameter accommodates universal filter holder configurations and laboratory filtration equipment
Nonsterile packaging provides cost-effective solutions for routine analytical applications requiring validated performance
Chemical resistance to all acids except hydrofluoric acid maximizes compatibility with diverse sample matrices

LE-C7000 filters achieve superior analytical reliability through proven performance in RIA procedures and lymphocyte harvesting applications, accelerating your sample processing while maintaining exceptional purity standards. Outstanding thermal stability and chemical inertness transform these filters into versatile analytical media, providing performance assurance for your critical biochemical separations, liquid scintillation counting, and cell culture applications demanding both high throughput and contamination-free results.