LabExact
Grade A Glass Microfiber Filter, Binderless - 1.6µm, 110mm, Fast Flow, 100/Pk SKU: LE-A1100

Featuring binderless borosilicate glass microfiber technology delivering exceptional 1.6µm particle retention with fast flow characteristics optimized for protein precipitation, cell filtration, and radioimmuno assay applications. Fine porosity depth filtration matrix captures exceptionally small particles while maintaining characteristically high flow rates through its random fiber structure. Ultra-pure construction eliminates organic binder contamination, ensuring reliable performance in gravimetric analysis of airborne particulates and scintillation counting of weak beta emitters.

Key Glass Microfiber Membrane Characteristics

• Binderless 100% borosilicate glass construction eliminates organic contamination and maintains chemical purity
• Fine 1.6µm porosity delivers precise particle retention while optimizing flow rates for high-volume processing
• Depth filtration technology traps particulates within random matrix structure for superior load capacity
• Hydrophobic surface chemistry resists moisture interference during filtration and analytical procedures
• Smooth, uniform fiber structure permits exceptionally high flow rates while capturing submicron particles

Key Construction Characteristics

• 110mm diameter accommodates standard filter holders and laboratory filtration equipment configurations
• Robust tensile strength ensures handling integrity during installation and sample processing operations
• Temperature-stable glass construction withstands autoclaving and high-temperature analytical protocols
• Nonsterile format provides cost-effective solution for routine laboratory and industrial filtration applications
• 100-piece packaging delivers convenient inventory management for high-volume laboratory operations

LE-A1100 filters excel in protein precipitation and cell culture applications where fast flow rates accelerate processing cycles without compromising filtration integrity. Outstanding chemical resistance to most solvents and acids maximizes analytical flexibility when processing complex biological samples and chemical solutions. Ideal depth filtration characteristics transform these filters into reliable media for radioimmuno assay procedures requiring low background interference, while delivering consistent performance for gravimetric determinations demanding precise particle retention and contamination-free results.