LabExact
Grade B Glass Microfiber Filter, 1.0 µm, 8x10 inch, Binderless Borosilicate, 100/Pk SKU: LE-BS810

Featuring binderless borosilicate glass microfiber technology delivering precise 1.0µm particle retention for biochemical polymer collection and analytical filtration applications. Fine porosity with medium to fast flow rate characteristics captures biochemical polymers precipitated by denaturation while maintaining twice the thickness of Grade A filters for superior loading capacity. Pure borosilicate glass construction without binders or strengthening agents provides inert matrix performance essential for accurate analytical determinations and sample preparation protocols.

Key Glass Microfiber Membrane Characteristics

Binderless 100% borosilicate glass microfiber construction eliminates organic contamination and maintains analytical purity
1.0µm nominal pore size delivers reliable retention of fine particulates while optimizing flow characteristics
Twice the thickness of Grade A filters provides enhanced loading capacity for high-volume sample processing
Smooth and uniform fiber structure permits characteristically high flow rates while retaining exceptionally small particles
Hydrophobic surface chemistry resists moisture interference during gas filtration and prefilter applications

Key Construction Characteristics

Depth filtration matrix traps particulate within random fiber structure throughout media thickness for exceptional efficiency
8 × 10 inch sheet format accommodates large-scale filtration applications and custom cutting requirements
Inert glass matrix provides ideal medium for sediment entrapment and subsequent analysis or counting procedures
Versatile performance as solid particulate filter for gases or prefilter in multi-stage filtration systems
Nonsterile packaging delivers cost-effective solution for routine laboratory filtration and analytical preparation

LE-BS810 filters excel in biochemical polymer collection applications where denatured proteins require reliable capture without matrix interference. Outstanding performance as prefilter prior to surface filtration with membrane substrates accelerates your multi-stage filtration protocols while protecting expensive downstream membranes from premature fouling. Characteristically high flow rates optimize single and multi-process removal of sediment and coarse particulate, maximizing your laboratory productivity during demanding analytical workflows requiring both precision and throughput efficiency.