The Cytiva Whatman Cone Folded Filter Paper series is specifically designed for efficient filtration and is ideal for laboratory and industrial applications. Its cone-folded shape enhances the filtering process, reducing time while ensuring accuracy. Available in 110mm and 125mm sizes, these filters come in several grades (GR 1, GR 2, GR 40) to accommodate a range of filtration needs. Made with high-quality cellulose, they offer excellent particle retention and durability.

These filters are perfect for general filtrations, soil analysis, seed testing, and food and beverage testing. With a pack containing 1000 filter papers, laboratory operations can run seamlessly without frequent restocking. Select the appropriate grade for your specific application and experience optimal filtration performance every time.

Key Features:

• Available in multiple grades (GR 1, GR 2, GR 40) for various filtration needs.
• Cone folded shape enhances the speed and efficiency of filtration.
• High-quality cellulose material ensures durability and exceptional particle retention.
• Size options available in 110mm and 125mm to accommodate different apparatus.

Uses:

• Cytiva Whatman Cone Folded Filter Papers are commonly used in laboratories for liquid filtration applications. They are ideal for soil analysis, seed testing, food and beverage testing, and to clarify solutions. These filters ensure high particle retention.

FAQs:

1. What is the difference between the grades of these filter papers?
The grades indicate the particle retention quality and thickness. GR 1 is standard for general filtrations, GR 2 retains smaller particles, and GR 40 is used for specialized applications like fine precipitates.

2. Can these filter papers be used with aggressive solvents?
While these filter papers are durable, it's recommended to check the material compatibility with specific solvents as they are mainly designed for aqueous solutions.

3. What is the primary use of cone folded filter papers?
Cone folded filter papers are primarily used for fast and efficient filtration in various laboratory applications including solution clarification and particle retention.