Sartorius Syringe Filter Holders Minisart RC, Cellulose, Luer Connection, Pore 0.45 µm, Diam 25 mm, Pack of 50

The Sartorius Syringe Filter Holders Minisart RC, Cellulose, Luer Connection, Pore 0.45 µm, Diam 25 mm, Pack of 50, are designed for high-efficiency filtration in laboratory applications. These syringe filter holders are made with cellulose material, offering excellent compatibility and efficiency for filtering aqueous and organic solutions. The 0.45 µm pore size ensures effective removal of particles and microorganisms. The Luer connection provides a secure attachment to syringes, and the 25 mm diameter makes them compatible with a variety of filter types. The pack of 50 provides a cost-effective solution for laboratories with high-volume filtration needs.

Key Features:

• Brand: Sartorius Lab Instruments
• Material: Cellulose for excellent filtration and compatibility
• Pore Size: 0.45 µm for effective removal of particles and microorganisms
• Diameter: 25 mm for versatile filtration applications
• Connection Type: Luer connection for secure attachment to syringes
• Packaging: Pack of 50 for high-volume use
• Application: Ideal for aqueous and organic solution filtration in laboratory environments

These Sartorius Syringe Filter Holders offer reliable, high-efficiency filtration, making them an essential tool for laboratories requiring consistent, high-quality results in microbiological and environmental applications.

Frequently Asked Questions

1. What is the Sartorius Syringe Filter Holders Minisart RC, Cellulose, Luer Connection, Pore 0.45 µm, Diam 25 mm, Pack of 50 used for?

It are designed for high-efficiency filtration in laboratory applications. These syringe filter holders are made with cellulose material, offering excellent compatibility and efficiency for filtering aqueous and organic solutions. The 0.45 µm pore size ensures effective removal of particles and microorganisms. The Luer connection provides a secure attachment to syringes, and the 25 mm diameter makes them compatible with a variety of filter types. The pack of 50 provides a cost-effective solution for laboratories with high-volume filtration needs.

2. Is the Sartorius Syringe Filter Holders Minisart RC, Cellulose, Luer Connection, Pore 0.45 µm, Diam 25 mm, Pack of 50 suitable for aqueous and organic solution filtration in laboratory environments?

Yes. It is designed for aqueous and organic solution filtration in laboratory environments, and offers a pore size of 0.45 µm for effective removal of particles and microorganisms and a diameter of 25 mm for versatile filtration applications to support this kind of work.

3. What pore size and diameter does the Sartorius Syringe Filter Holders Minisart RC, Cellulose, Luer Connection, Pore 0.45 µm, Diam 25 mm, Pack of 50 have?

It has a pore size of 0.45 µm for effective removal of particles and microorganisms and a diameter of 25 mm for versatile filtration applications, and is supplied under manufacturer part number 17765----------K.

4. What is the Sartorius Syringe Filter Holders Minisart RC, Cellulose, Luer Connection, Pore 0.45 µm, Diam 25 mm, Pack of 50 made from and what features does it include?

It is made from cellulose for excellent filtration and compatibility. It also offers luer connection for secure attachment to syringes.

5. How does the Sartorius Syringe Filter Holders Minisart RC, Cellulose, Luer Connection, Pore 0.45 µm, Diam 25 mm, Pack of 50 compare with the Ahlstrom-Munksjö Syringe Filter 13mm, 0.45µm PTFE, Non-Sterile, Pack of 100 from Ahlstrom-Munksjö?

For aqueous and organic solution filtration in laboratory environments, the Sartorius model is the better choice, offering a pore size of 0.45 µm for effective removal of particles and microorganisms and a diameter of 25 mm for versatile filtration applications. The Ahlstrom-Munksjö model offers a size of 13mm diameter and a pore size of 0.45µm for efficient filtration as an alternative, while the Sartorius model's luer connection for secure attachment to syringes help make it a strong fit for aqueous and organic solution filtration in laboratory environments.