LLG Glass Microfibre Filter, 110 mm, 1.6 µm Binder Free, Pack of 100

The LLG Glass Microfibre Filter 110 mm 1.6 µm Binder Free is ideal for high-capacity filtration of fine particles in air, water, and environmental samples. Made from pure borosilicate glass microfibre without binders, it provides excellent chemical resistance and thermal stability. The 1.6 µm nominal pore size offers effective particle retention, making it suitable for gravimetric analysis, suspended solids testing, and general laboratory filtration.

Key Features:

• Brand: LLG Labware
• Material: Borosilicate glass microfibre
• Diameter: 110 mm
• Pore Size: 1.6 µm
• Binder: Binder free
• Application: Ideal for air and water filtration, environmental testing, and analytical procedures
• Packaging: Pack of 100

Trusted for precise filtration tasks, LLG’s 110 mm glass microfibre filters deliver consistent, high-quality performance across a range of lab applications.

Frequently Asked Questions

1. What is the LLG Glass Microfibre Filter, 110 mm, 1.6 µm Binder Free, Pack of 100 used for?

It is ideal for high-capacity filtration of fine particles in air, water, and environmental samples. Made from pure borosilicate glass microfibre without binders, it provides excellent chemical resistance and thermal stability. The 1.6 µm nominal pore size offers effective particle retention, making it suitable for gravimetric analysis, suspended solids testing, and general laboratory filtration.

2. Is this product suitable for air and water filtration, environmental testing, and analytical procedures?

Yes. It is designed for air and water filtration, environmental testing, and analytical procedures, and offers a diameter of 110 mm and a pore size of 1.6 µm to support this kind of work.

3. What diameter and pore size does this product have?

It has a diameter of 110 mm and a pore size of 1.6 µm.

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

It is made from borosilicate glass microfibre. It also offers binder free, retention of fine analytical precipitates and retention of biochemical gelatinous precipitates.