Official Tremont A83-1250 Nano Gf Binderless Grade A-83 Glass Fiber Filter Media, 0.5 Micron Retention, 12.5cm Diameter, Pack Of 100 For Women [xgHA8tLS]

Tremont A83-1250 Nano GF Binderless Grade A-83 Filter Media

Experience the superior performance of Tremont's A83-1250 Nano GF Binderless Grade A-83 Filter Media. This pack of 100 0.5-micron retention filters, with a diameter of 12.5cm, is designed to meet the highest standards of analytical applications. Engineered from 100% borosilicate glass microfiber without binders or strengthening agents, these filters offer exceptional purity and reliability.

Unmatched Performance and Quality

The A83-1250 Nano GF Binderless filters are crafted with smooth and uniform fibers, ensuring high flow rates while maintaining an impressive retention of exceptionally small particles. This makes them ideal for applications involving high concentrations of particulate or gelatinous substances. Key features include:

• 0.5µm particle retention
• Over 20x loading capacity compared to equivalent membranes
• Over 15x the flow rate
• Non-existent back pressure

These features make the A83-1250 Nano GF Binderless filters a standout choice for a variety of analytical applications.

Superior Material and Versatile Applications

The A83-1250 Nano GF Binderless filters are chemically inert, with pure binderless borosilicate glass and no sizing additives or surfactants. This ensures low background noise in LC/GC/MS and very low extractables in aggressive solvent environments. With over 85% of the fiber content between 300nm - 100nm, this material is truly one of the highest surface area binderless glass microfiber products on the market. These filters are commonly used for:

• Single and multi-process removal of sediment and coarse particulate
• Pre-filtration prior to surface filtration with substrates like membranes
• Entraining sediment for further analysis and counting

With the A83-1250 Nano GF Binderless filters, you can trust in a product that delivers exceptional performance and quality, making it the ideal choice for your analytical needs.