Black Friday Doorbuster Tremont Tl-0551 50mm Borosilicate Glass Microfiber Grade F 0.7µm, Pack Of 10 Tool [cymtrEGC]

High-Purity Borosilicate Glass Microfiber Filters

The Black Friday Doorbuster Tremont Tl-0551 50mm Borosilicate Glass Microfiber Grade F 0.7µm, Pack Of 10 Tool [cymtrEGC], is a premium filtration solution designed for a wide range of analytical applications. These filters are crafted from 100% borosilicate glass microfiber, ensuring exceptional purity and reliability. With their smooth and uniform fibers, these filters offer high flow rates while effectively retaining particles as small as 0.7µm. This pack of 10 filters is ideal for users requiring consistent and high-quality filtration results.

Key Features and Specifications

The TL-0551 filters are binderless, which enhances their purity and longevity. Their fine porosity and medium flow rate make them perfect for filtering diluted aqueous solutions containing strong oxidizing, acidic, or alkaline components, making them a go-to choice for laser spectroscopy applications. This pack also includes filters suitable for TCLP analysis and the collection of fine precipitated proteins, including immunoglobulins. The depth filtration technology used in these filters ensures that particulate matter is trapped within the random matrix of fibers, providing a high efficiency rating and a complex void space structure.

Practical Applications and Benefits

These filters are highly versatile and find use in various applications, including pre-filtration before surface filtration with substrates like membranes. Their inert matrix makes them ideal for entrapment of sediment for further analysis and counting. The absence of binders in the borosilicate glass microfiber ensures that these filters are suitable for a wide range of materials and substances. Whether you are working in scientific research, environmental analysis, or any field requiring precise filtration, the Tremont TL-0551 filters offer the perfect solution. Their high purity, fine porosity, and medium flow rate make them a valuable asset in any laboratory or analytical setting.