LLG Syringe Filter, Glass Fiber (GF) 1.20 µm Ø 25 mm, Transparent, Pack of 500

The LLG Syringe Filter, made from high-quality glass fiber (GF), features a 1.20 µm pore size and a 25 mm diameter. This transparent filter is designed for efficient filtration of liquids in laboratory applications, providing fast filtration and minimal sample loss. It is ideal for use in sample preparation, environmental testing, and various research and analytical processes. The pack includes 500 filters, ensuring a long-lasting supply for high-volume use.

Key Features:

• Brand: LLG Labware
• Material: Glass fiber (GF) for high filtration efficiency
• Pore Size: 1.20 µm for precise filtration
• Size: Ø 25 mm for compatibility with standard syringes
• Packaging: Pack of 500 for high-volume use
• Application: Ideal for liquid filtration in laboratory and research settings

LLG Syringe Filters provide superior filtration for laboratories requiring fast, efficient, and reliable filtration solutions.

Frequently Asked Questions

1. What is the LLG Syringe Filter, Glass Fiber 1.20 µm Ø 25 mm, Transparent, Pack of 500 used for?

It features a 1.20 µm pore size and a 25 mm diameter. This transparent filter is designed for efficient filtration of liquids in laboratory applications, providing fast filtration and minimal sample loss. It is ideal for use in sample preparation, environmental testing, and various research and analytical processes. The pack includes 500 filters, ensuring a long-lasting supply for high-volume use.

2. Is this product suitable for liquid filtration in laboratory and research settings?

Yes. It is designed for liquid filtration in laboratory and research settings, and offers a pore size of 1.20 µm for precise filtration to support this kind of work.

3. What pore size does this product have?

It has a pore size of 1.20 µm for precise filtration.

4. What is this product made from and what features does it include?

It is made from glass fiber (GF) for high filtration efficiency. It also offers Ø 25 mm for compatibility with standard syringes.