LabExact
Grade D Glass Microfiber Filter, Binderless Borosilicate, 2.7µm, 150mm, 100/Pk SKU: LE-D1500

Featuring binderless borosilicate glass microfiber technology delivering coarse porosity and fast flow rates optimized for high-volume laboratory filtration applications. Grade D construction with 2.7µm particle retention provides exceptional loading capacity while maintaining rapid processing speeds for repetitive analytical protocols. 100% borosilicate glass microfiber composition without binders or strengthening agents ensures sample purity and eliminates contamination interference in critical analytical procedures.

Key Glass Microfiber Membrane Characteristics

• Binderless 100% borosilicate glass construction eliminates organic contamination and maintains analytical purity
• Smooth and uniform fiber matrix permits characteristically high flow rates while retaining exceptionally small particles
• Superior thermal stability withstands temperatures up to 500°C for high-temperature filtration applications
• Outstanding chemical resistance to most acids, alkalis, and organic solvents with 0-14pH operating range
• Coarse porosity design with fast flow rate enables rapid processing of large sample volumes

Key Construction Characteristics

• Thick filter media construction provides excellent loading capacity for high solid content samples
• Optimized for higher volume and repetitive laboratory filtering applications requiring consistent performance
• Functions as an ideal general pre-filter to extend primary membrane filter life and reduce operating costs
• Inert glass matrix enables sediment entrapment for further analysis and counting without sample interference
• Designed for fluid flow and high particle loading situations providing protection for finely retentive downstream membranes

LE-D1500 filters achieve outstanding flow rates and loading capacity specifically engineered for demanding laboratory environments requiring both speed and reliability. Fine fiber structure provides large surface area enhancing capture efficiency with minimal pressure drop for energy-efficient operation. These characteristics prove particularly important in applications involving high concentrations of particulate or gelatinous substances, transforming your filtration protocols into streamlined processes that maximize throughput while maintaining analytical accuracy and sample integrity throughout extended processing campaigns.