Seasonal Pick Tremont Mdd-1000-1420 Multidensity 1000 Thin Version Disk, 1.0 Micron Final Retention, 14.2cm Dia, Pack Of 10 Up To 75% Off [p4zbPc1E]

Tremont MDD-1000-1420 MultiDensity Filters

The Tremont MDD-1000-1420 MultiDensity 1000 Thin Version Disk is a cutting-edge filter designed for precision and efficiency. These filters are crafted from specialty glass microfiber media, offering a range of unique material properties to suit various applications. With a choice of final retention stages from <0.5μm to 2.7μm, these disks are part of Tremont's binderless glass microfiber line, ensuring a high purity filtrate. The innovative production method used to create these filters allows for faster flow rates, making them ideal for a variety of filtration needs.

Product Features and Specifications

The MultiDensity™ filters are not only efficient but also robust, featuring a built-in prefilter that captures particulate from >300μm. This unique design makes them suitable for filtering substances that are typically difficult to filter, such as lipids, petrochemical oils, and proteins. The filters are binder-free, which means they have very low extractables and are highly resistant to aggressive solvents, acids, and bases. The borosilicate glass used in these filters has a usable range of 0-14pH and a wide effective temperature range of -200 to 500 °C, making them versatile for various applications. Key features include:

• Final retention stages from <0.5μm to 2.7μm
• Thinner version for faster flow rates
• Robust prefilter for capturing difficult-to-filter substances
• Binder-free for high purity filtrate

Practical Applications

The Tremont MDD-1000-1420 MultiDensity 1000 Thin Version Disk is ideal for a wide range of applications, including manifold vacuum filtration, short path extraction methods, and positive pressure devices. The unique fibers on the prefilter side provide additional prefiltration structure, reducing surface loading and preventing clogging. These filters are also highly efficient in inline filters and capsules, making them a preferred choice for sample preparation before membrane filtration. By replacing multi-prefiltration stage products, these filters save time and reduce variability in extract signature upon analysis methods. Common applications include:

• Lipid and protein removal from biological samples
• Petrochemical oil and tar filtration
• Cellular matter and viscous suspension filtration