LabExact
Grade B Glass Microfiber Filter, 1.0µm, 24mm, Binderless Borosilicate, Hydrophobic, 100/Pk SKU: LE-B2400

Featuring binderless borosilicate glass microfiber technology delivering exceptional particle retention for biochemical polymer collection and gas phase filtration. Grade B fine porosity design with medium to fast flow rate achieves 1.0µm particle retention while maintaining superior loading capacity through depth filtration mechanisms. 100% borosilicate glass construction eliminates binders and strengthening agents, providing an inert matrix ideal for precipitated polymer analysis and trace analytical workflows.

Key Glass Microfiber Membrane Characteristics

Ideally suited for collection of biochemical polymers precipitated by denaturation with enhanced capture efficiency
Twice the thickness of Grade A filters delivers higher loading capacity for extended filtration cycles
Hydrophobic surface chemistry resists aqueous interference while maintaining consistent flow characteristics
Depth filtration traps particulate within random fiber matrix creating complex void structures for superior retention
Smooth, uniform fibers permit high flow rates while retaining exceptionally small particles

Key Construction Characteristics

24mm diameter accommodates standard laboratory filtration equipment and analytical protocols
Nonsterile configuration optimized for routine laboratory applications requiring consistent performance
Dual functionality as solid particulate filter for gases or prefilter in multi-stage systems
Inert borosilicate matrix ideal for sediment entrapment and analytical counting applications
Autoclavable glass construction enables sterilization protocols for sterile filtration workflows

LE-B2400 filters achieve outstanding medium to fast flow rates optimized for biochemical separations, accelerating your sample preparation while maintaining precise 1.0µm retention characteristics. Excellent prefilter performance prior to membrane filtration maximizes downstream filter life and reduces processing costs. Superior chemical resistance and thermal stability deliver reliable performance across diverse analytical applications from protein precipitation to gas phase particulate removal, providing the analytical confidence your laboratory demands for critical biochemical and environmental testing protocols.