Sartorius Stedim Sartofluor Mini-Cartridge Filters 0.2m², Pack of 5

The Sartorius Stedim Sartofluor Mini-Cartridge Filters 0.2m², Pack of 5 are designed for high-performance filtration in critical applications. Featuring advanced membrane technology, these filters ensure reliable sterilization and high flow rates. Ideal for pharmaceutical, biotechnology, and laboratory environments, they offer excellent chemical compatibility and durability.

Key Features:

• Brand: Sartorius Stedim
• Filtration Area: 0.2m² for efficient and high-capacity filtration
• Application: Suitable for sterile filtration in pharmaceutical and biotechnology industries
• Technology: Advanced membrane for high flow rates and low protein binding
• Compatibility: Excellent chemical resistance for various filtration processes
• Packaging: Pack of 5

The Sartorius Stedim Sartofluor Mini-Cartridge Filters provide superior filtration performance, ensuring reliability and efficiency in laboratory and industrial settings.

Frequently Asked Questions

1. What is the Sartorius Stedim Sartofluor Mini-Cartridge Filters 0.2m², Pack of 5 used for?

It are designed for high-performance filtration in critical applications. Featuring advanced membrane technology, these filters ensure reliable sterilization and high flow rates. Ideal for pharmaceutical, biotechnology, and laboratory environments, they offer excellent chemical compatibility and durability.

2. Is this product suitable for sterile filtration in pharmaceutical and biotechnology industries?

Yes. It is designed for sterile filtration in pharmaceutical and biotechnology industries, and offers a filtration area of 0.2m² for efficient and high-capacity filtration to support this kind of work.

3. What filtration area does this product have?

It has a filtration area of 0.2m² for efficient and high-capacity filtration.

4. What is this product compatible with?

It is compatible with excellent chemical resistance for various filtration processes. It also offers advanced membrane for high flow rates and low protein binding.