Smart Cytiva Cellulose Filter Papers - Filter Circles, 125mm Dia, Ashless Grade 589/3, 100/pk | Quantity - 1x Pk Tool [tdYTLzn4]

CYTIVA Cellulose Filter Papers - Filter Circles, 125mm Dia

CYTIVA's Cellulose Filter Papers are the gold standard in laboratory filtration, renowned worldwide for their exceptional quality, reliability, and customer service. Crafted from premium cotton linters, these filter papers achieve a minimum alpha cellulose contact of 98%, ensuring superior performance and accuracy in your experiments. This pack of 100 filter circles, each with a diameter of 125mm, is designed to cater to a wide range of laboratory applications.

• High Purity: Achieves a minimum alpha cellulose contact of 98% for superior purity and accuracy.
• Particle Retention: Retains particles down to 2.5 µm, making them ideal for qualitative analytical techniques.

Key Features and Specifications

These filter papers are perfect for general filtration tasks and are widely used in qualitative analytical techniques to determine and identify materials. The ashless grade 589/3 ensures minimal ash content, making them suitable for sensitive applications. The wide choice of retention/flow rate combinations allows you to select the perfect filter for your specific needs.

• Wide Range of Applications: Suitable for numerous laboratory applications, including qualitative analysis.
• Multiple Retention/Flow Rate Combinations: Offers flexibility and adaptability for various experimental requirements.

Practical Uses and Benefits

Prepleated filters are also available, which provide improved flow rates and increased loading capacity. This pack of CYTIVA Cellulose Filter Papers is not just a product; it's a solution for all your filtration needs. With a reliable brand like CYTIVA, you can trust in the consistency and quality of your results. Whether you're conducting research, performing quality control tests, or any other laboratory task, these filter papers are a must-have.

• Improved Flow Rate: Prepleated filters offer enhanced flow rates for more efficient filtration.
• Increased Loading Capacity: Allows for higher loads, reducing the need for frequent filter changes.