Halloween Special Tremont Ae2400 Grade A-e Cut 2.4cm Diameter Binderless Glass Microfiber Filter Media, Pack Of 100 Great Gift Idea [50HxOJBG]

Tremont AE2400 Grade A-E Cut 2.4cm Diameter Binderless Filters

The Tremont AE2400 Grade A-E Cut 2.4cm Diameter Binderless Glass Microfiber Filter Media is a premium filtration solution designed for a wide range of analytical applications. Crafted from 100% borosilicate glass microfiber, these filters are binderless, ensuring the highest level of purity and performance. Their smooth and uniform fibers provide exceptional flow rates while retaining exceptionally small particles, making them ideal for high-concentration particulate or gelatinous substances.

High-Quality Filter Media with Exceptional Properties

This pack of 100 filters boasts a fine porosity and fast flow rate, retaining particles as small as 1.0µm. The binderless borosilicate glass microfiber offers a DOP efficiency of 99.98%, making it highly effective in suspended solids and air monitoring. The depth filtration method employed by these filters traps particles within the random matrix of fibers, ensuring a high efficiency rating and purity.

• Smooth and uniform fibers for high flow rates
• Exceptional particle retention capability
• binderless borosilicate glass microfiber for purity

Practical Applications and Benefits

The Tremont AE2400 filters are versatile and find applications in various industries, including environmental monitoring, pharmaceuticals, and food processing. Their ability to trap sediment for further analysis and counting, as well as their use as pre-filtration before surface filtration with membranes, makes them an indispensable tool in many laboratory settings. Whether you're dealing with high concentrations of particulate matter or need precise air quality monitoring, these filters are designed to meet your needs.

• Ideal for suspended solids and air monitoring
• Versatile for environmental, pharmaceutical, and food industries
• Effective pre-filtration before surface filtration with membranes