LabExact
Grade E Glass Microfiber Filter, Binderless - 1.5µm, 24mm, Borosilicate, 100/Pk SKU: LE-E2400

Featuring binderless borosilicate glass microfiber technology delivering fine porosity with fast flow rates for 1.5µm particle retention. Binderless borosilicate glass microfiber construction eliminates organic contamination while maintaining exceptional flow characteristics through depth filtration mechanisms. This economical media excels in suspended particle analysis, cell harvesting, pre-filtration and air monitoring applications where reliable particulate retention meets demanding processing requirements.

Key Glass Microfiber Membrane Characteristics

• Binderless borosilicate construction eliminates binder-related contamination and maintains chemical purity for analytical accuracy
• 1.5µm nominal particle retention efficiently captures fine particulates while optimizing flow rates in aqueous and air sampling
• Maximum operating temperature of 475°C withstands thermal processing and high-temperature filtration protocols
• Potential for minor fiber shedding characteristic of binderless construction - ideal for pre-filtration applications
• Hydrophobic surface chemistry resists moisture interference during air monitoring and gas sampling applications

Key Construction Characteristics

• 24mm diameter accommodates standard filter holders and sampling equipment configurations for versatile laboratory integration
• Depth filtration matrix traps particulates within the random fiber structure for high loading capacity and extended service life
• 0.35mm thickness with 70g/m² nominal basis weight provides structural integrity during handling and installation
• 12-second filtration speed accelerates sample processing while maintaining reliable particle retention performance
• 100% borosilicate glass fiber composition delivers chemical resistance to acids, bases, and organic solvents

LE-E2400 filters achieve optimal flow rates through smooth, uniform fiber construction that creates characteristically high permeability while retaining exceptionally small particles. Nominal pore size ratings provide general retention indication with size distributions typical of depth filter media, maximizing your analytical flexibility for environmental monitoring, water quality testing, and laboratory sample preparation protocols demanding both economy and reliable performance in critical filtration applications.