ISOLAB Gooch Funnel, 75 mL POR.3, 45 mm Ø Type 11 D

The ISOLAB Gooch Funnel, 75 mL POR.3, 45 mm Ø Type 11 D is a high-quality filtration funnel designed for laboratory applications requiring efficient filtration and precise separations. Made from durable porcelain, this funnel is equipped with a 45 mm diameter and features a POR.3 porous ceramic for superior filtration performance. The 75 mL capacity and Type 11 D design make it ideal for a wide range of laboratory experiments, especially in chemical analysis and sample purification.

Key Features:

• Brand: ISOLAB
• Capacity: 75 mL
• Material: Durable porcelain with POR.3 porous ceramic for efficient filtration
• Diameter: 45 mm
• Type: Type 11 D for reliable filtration results

This Gooch funnel is an essential piece of laboratory equipment for achieving accurate filtration and separations in chemical and analytical research applications.

Frequently Asked Questions

1. What is the ISOLAB Gooch Funnel, 75 mL POR.3, 45 mm Ø Type 11 D used for?

It is a high-quality filtration funnel designed for laboratory applications requiring efficient filtration and precise separations. Made from durable porcelain, this funnel is equipped with a 45 mm diameter and features a POR.3 porous ceramic for superior filtration performance. The 75 mL capacity and Type 11 D design make it ideal for a wide range of laboratory experiments, especially in chemical analysis and sample purification.

2. Is this product suitable for laboratory applications requiring efficient filtration and precise separations?

Yes. It is designed for laboratory applications requiring efficient filtration and precise separations, and offers a capacity of 75 mL and a diameter of 45 mm to support this kind of work.

3. What capacity and diameter does this product have?

It has a capacity of 75 mL and a diameter of 45 mm.

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

It is made from durable porcelain with POR.3 porous ceramic for efficient filtration. It also offers type 11 D for reliable filtration results.