934AH GMF Circles 9.0cm/100

Whatman Grade 934-AH borosilicate glass microfiber filters with high retention efficiency, high flow rates for large-volume filtration.

High loading capacity enables efficient filtration of suspended solids

• Smooth surface: provides efficient precipitate recovery
• High loading capacity: enables processing of turbid solutions
• High-grade borosilicate glass microfiber: withstands temperatures up to 550°C
• Nominal particle retention of 1.5 µm
• Low fiber shedding

Ready-to-use (RTU) formats available for Total Suspended Solid (TSS), Total Dissolved Solids (TDS) and Total Suspended Volatiles (VSS).

Whatman Grade 934-AH filters are well suited for large-volume filtration. Applications include cell harvesting, liquid scintillation counting, air pollution monitoring, and water pollution monitoring.

Whatman Grade 934-AH binder-free glass microfiber filters are available in a wide range of sizes in circles and sheets.

Discover other binder-free Whatman glass microfiber filters. Options are available with different wet strengths, loading capacities, filtration speeds, and particle retentions.

High loading capacity enables efficient filtration of suspended solids

• Smooth surface: provides efficient precipitate recovery
• High loading capacity: enables processing of turbid solutions
• High-grade borosilicate glass microfiber: withstands temperatures up to 550°C
• Nominal particle retention of 1.5 µm
• Low fiber shedding

Ready-to-use (RTU) formats available for Total Suspended Solid (TSS), Total Dissolved Solids (TDS) and Total Suspended Volatiles (VSS).

Whatman Grade 934-AH filters are well suited for large-volume filtration. Applications include cell harvesting, liquid scintillation counting, air pollution monitoring, and water pollution monitoring.

Whatman Grade 934-AH binder-free glass microfiber filters are available in a wide range of sizes in circles and sheets.

Discover other binder-free Whatman glass microfiber filters. Options are available with different wet strengths, loading capacities, filtration speeds, and particle retentions.