High-quality Cytiva Cellulose Filter Papers - Filter Circles, 125mm Dia, Folded, Grade 602eh, 100/pk | Quantity - 1x Pk Ready To Use [6dm2xBza]

CYTIVA Cellulose Filter Papers - 125mm Dia

Introducing the CYTIVA Cellulose Filter Papers, the ultimate choice for laboratory filtration. These filter circles, with a diameter of 125mm, are designed to provide unparalleled performance and reliability. Crafted from high-quality cotton linters, these filter papers offer a minimum alpha cellulose contact of 98%, ensuring the highest level of purity and consistency. With their exceptional particle retention levels down to 2.5 µm, these filters are perfect for a wide range of laboratory applications.

• World-renowned for quality and reliability
• High minimum alpha cellulose contact of 98%
• Particle retention down to 2.5 µm

Product Specifications and Technical Details

The CYTIVA Cellulose Filter Papers are available in the grade 602EH, known for its robustness and durability. These folded filter papers come in a pack of 100, providing you with ample supply for your filtration needs. The prepleated design of these filters not only improves the flow rate but also increases the loading capacity, making them ideal for applications that require high throughput. Here are some key specifications and technical details to consider:

• Grade 602EH for increased hardness and chemical resistance
• Prepleated for improved flow rate and increased loading capacity
• Available in a pack of 100 for convenience

Practical Applications and Benefits

These CYTIVA Cellulose Filter Papers are a must-have for laboratories engaged in qualitative analytical techniques. Their ability to retain particles as small as 2.5 µm makes them ideal for determining and identifying materials with precision. The wide range of retention/flow rate combinations ensures that you can find the perfect fit for your specific application. Ideal for both educational and professional settings, these filters are designed to enhance the efficiency and accuracy of your experiments.

• Perfect for qualitative analytical techniques
• Wide range of retention/flow rate combinations
• Ideal for educational and professional laboratories