Amazing Offer Cytiva Cellulose Filter Papers - Filter Circles, 90mm Dia, Ashless Grade 41, 100/pk | Quantity - 1x Pk And More [53aBTfMI]

CYTIVA Cellulose Filter Papers - 90mm Dia

Introducing the CYTIVA Cellulose Filter Papers, the ultimate choice for laboratory filtration. These filter circles, with a diameter of 90mm, are designed to meet the highest standards of quality and reliability. Crafted from high-quality cotton linters, these filter papers offer a minimum alpha cellulose contact of 98%, ensuring superior filtration performance. The ashless grade 41 provides a clean and consistent filtration experience, making them ideal for a wide range of laboratory applications.

Product Specifications and Features

With the CYTIVA Cellulose Filter Papers, you can expect exceptional performance and durability. These filter papers are used for general filtration and exhibit particle retention levels down to an impressive 2.5 µm. This high retention rate makes them perfect for qualitative analytical techniques, where accurate material identification is crucial. The product offers a wide choice of retention/flow rate combinations, ensuring that you can find the perfect fit for your specific laboratory needs. Additionally, the prepleated design of these filters improves flow rate and increases loading capacity, enhancing your overall filtration efficiency.

Practical Applications and Benefits

Whether you are a scientist, researcher, or student, the CYTIVA Cellulose Filter Papers are an essential tool for your laboratory. Their versatile nature makes them suitable for a variety of applications, including water purification, chemical analysis, and pharmaceutical research. The product's wide range of specifications ensures that you can achieve precise and reliable results in your experiments. By choosing CYTIVA, you are investing in a product that is synonymous with quality, reliability, and exceptional customer service. Experience the difference with our premium filter papers and elevate your laboratory filtration to new heights.