LLG Syringe Filter from CA, 0.80 µm Ø 13 mm, Green, Sterile, Pack of 50

The LLG Syringe filter from CA features a 0.80 µm pore size, providing efficient filtration for applications that require a medium level of particle removal. With a 13 mm diameter, these filters are designed for smaller volumes, making them ideal for high-precision filtration in laboratory settings. The green color allows for easy identification, and the sterile design ensures reliability in applications where sterility is critical. Each pack contains 50 filters, offering a practical solution for various lab needs.

Key Features:

• Brand: LLG Labware
• Material: CA (cellulose acetate), offering excellent compatibility with solvents and chemicals
• Pore Size: 0.80 µm, ideal for removing particles in a range of solutions
• Diameter: 13 mm, perfect for filtering smaller sample volumes
• Color: Green, providing easy color-coded identification for quick use
• Sterile: Pre-sterilized, suitable for sensitive applications requiring sterilization
• Pack Size: 50 filters per pack, offering a cost-effective solution for lab filtration

LLG Syringe filters are essential for laboratories needing reliable and efficient filtration. The 0.80 µm pore size is specifically designed for applications requiring medium filtration capacity, while the sterile packaging ensures contamination-free results.

Frequently Asked Questions

1. What is the LLG Syringe Filter from CA, 0.80 µm Ø 13 mm, Green, Sterile, Pack of 50 used for?

It features a 0.80 µm pore size, providing efficient filtration for applications that require a medium level of particle removal. With a 13 mm diameter, these filters are designed for smaller volumes, making them ideal for high-precision filtration in laboratory settings. The green color allows for easy identification, and the sterile design ensures reliability in applications where sterility is critical. Each pack contains 50 filters, offering a practical solution for various lab needs.

2. Is the LLG Syringe Filter from CA, 0.80 µm Ø 13 mm, Green, Sterile, Pack of 50 suitable for smaller volumes, making them ideal for high-precision filtration in laboratory settings?

Yes. It is designed for smaller volumes, making them ideal for high-precision filtration in laboratory settings, and offers a pore size of 0.80 µm, ideal for removing particles in a range of solutions and a diameter of 13 mm, perfect for filtering smaller sample volumes to support this kind of work.

3. What pore size and diameter does the LLG Syringe Filter from CA, 0.80 µm Ø 13 mm, Green, Sterile, Pack of 50 have?

It has a pore size of 0.80 µm, ideal for removing particles in a range of solutions and a diameter of 13 mm, perfect for filtering smaller sample volumes, and is supplied under manufacturer part number 6285694.

4. What is the LLG Syringe Filter from CA, 0.80 µm Ø 13 mm, Green, Sterile, Pack of 50 made from and what features does it include?

It is made from CA (cellulose acetate), offering excellent compatibility with solvents and chemicals. It also offers green, providing easy color-coded identification for quick use and pre-sterilized, suitable for sensitive applications requiring sterilization.

5. How does the LLG Syringe Filter from CA, 0.80 µm Ø 13 mm, Green, Sterile, Pack of 50 compare with the Ahlstrom-Munksjö Syringe Filter 25mm, 0.2µm AC/NC, Sterile, Pack of 50 from Ahlstrom-Munksjö?

For smaller volumes, making them ideal for high-precision filtration in laboratory settings, the LLG model is the better choice, offering a pore size of 0.80 µm, ideal for removing particles in a range of solutions and a diameter of 13 mm, perfect for filtering smaller sample volumes. The Ahlstrom-Munksjö model offers a size of 25mm diameter and a pore size of 0.2µm for effective filtration as an alternative, while the LLG model's green, providing easy color-coded identification for quick use and pre-sterilized, suitable for sensitive applications requiring sterilization help make it a strong fit for smaller volumes, making them ideal for high-precision filtration in laboratory settings.