Cytiva Filter Papers

Cytiva Filter Papers are the benchmark for qualitative analyses in laboratories, offering superior strength and reliability. Designed for a variety of filtration needs, these papers are ideal for critical laboratory applications, such as analytical testing and environmental monitoring.

Various grades, including Grade 113 for wet-strengthened applications and Grade 5 for standard use, ensure these papers meet exacting standards for precision filtering. Available in circles, sheets, and reels, Cytiva filter papers come in multiple sizes to suit the specific criteria of your tests.

• Designed for strong wet strength, making them suitable for vacuum filtration and long filtration times, especially for coarse or gelatinous precipitates.
• Available in diverse sizes and grades to cater to a wide array of laboratory needs, from analytical testing and microbiology to environmental testing and research applications.

• Cytiva filter papers are widely used in laboratories for critical quantitative and qualitative analyses, including filtration of fine precipitates and for separation techniques in analytical testing.
• These filter papers are suitable for applications such as air pollution monitoring, liquid filtration, and sample preparation in pharmaceuticals and food and beverage testing.

1. What is the maximum temperature these filter papers can withstand?
Cytiva filter papers can typically withstand temperatures up to 120°C, though specific maximum temperatures may vary depending on the filter paper type and application.

2. Are these filter papers suitable for filtering acids?
Yes, certain grades of Cytiva filter papers are chemically resistant and suitable for filtering acidic solutions. Always confirm specific suitability for your application.

3. Can the filter papers be reused?
Generally, Cytiva filter papers are intended for single-use to ensure the integrity and reliability of the filtration process.

4. How to choose the right grade of filter paper?
Choosing the right grade depends on factors like the level of fine precipitate retention required, flow rate, and specific application, such as environmental or biological sample testing.