Compact Cytiva Cellulose Filter Papers - Filter Circle, 385mm Dia, Folded Prepleated Grade 520b, 50/pk | Quantity - 1x Pk Limited Time 50% Off [brkSjupc]

Top-Quality Cellulose Filter Papers

CYTIVA's Cellulose Filter Papers are the gold standard in laboratory filtration. These filter papers are renowned for their exceptional quality, reliability, and customer service. Crafted from high-quality cotton linters, these papers have been meticulously treated to achieve a minimum alpha cellulose contact of 98%. This ensures the highest purity and performance in your filtration processes.

• High Purity: Achieves a minimum alpha cellulose contact of 98% for unparalleled purity.
• Superior Filtration: Retains particles down to 2.5 µm, ensuring accurate and precise results.

Versatile and Efficient Filtration Solutions

The CYTIVA Cellulose Filter Papers are designed to meet the diverse needs of various laboratory applications. These filter papers are ideal for general filtration and are extensively used in qualitative analytical techniques to determine and identify materials. With a wide choice of retention/flow rate combinations, you can find the perfect match for your specific requirements.

• Wide Range of Applications: Suitable for numerous laboratory applications, including qualitative analytical techniques.
• Efficient Filtration: Offers a wide choice of retention/flow rate combinations for optimal performance.

Prepleated Design for Enhanced Performance

The Filter Circle, 385mm Dia, Folded Prepleated Grade 520B, 50/pk, is a prime example of CYTIVA's commitment to innovation and quality. These prepleated filters not only improve flow rate but also increase loading capacity, making them an excellent choice for high-volume filtration tasks. With a package of 50 filters per pack, you'll have a sufficient supply to handle your laboratory's demands.

• Improved Flow Rate: Prepleated design enhances flow rate for efficient filtration.
• Increased Loading Capacity: Ideal for high-volume filtration tasks with increased loading capacity.