Macherey-Nagel Extraction Thimble MN 645, 27x100 mm, Pack of 25

The Macherey-Nagel Extraction Thimble MN 645, sized 27x100 mm, is designed for efficient and reliable solid-liquid extraction in laboratory applications. These thimbles are made from high-quality cellulose, ensuring excellent porosity and a high capacity for holding solvents. With a pack of 25, they are ideal for use in Soxhlet extraction, ensuring precise and reproducible results in chemical, environmental, and analytical testing procedures.

Key Features:

• Brand: Macherey-Nagel
• Size: 27x100 mm
• Type: MN 645 extraction thimbles
• Quantity: Pack of 25 thimbles
• Material: High-quality cellulose for efficient solvent retention and filtration
• Application: Ideal for Soxhlet extraction and other solid-liquid extraction procedures

These extraction thimbles from Macherey-Nagel provide high performance and are essential for laboratories performing chemical and environmental extractions with precision and efficiency.

Frequently Asked Questions

1. What is the Macherey-Nagel Extraction Thimble MN 645, 27x100 mm, Pack of 25 used for?

It is designed for efficient and reliable solid-liquid extraction in laboratory applications. These thimbles are made from high-quality cellulose, ensuring excellent porosity and a high capacity for holding solvents. With a pack of 25, they are ideal for use in Soxhlet extraction, ensuring precise and reproducible results in chemical, environmental, and analytical testing procedures.

2. Is this product suitable for Soxhlet extraction and other solid-liquid extraction procedures?

Yes. It is designed for Soxhlet extraction and other solid-liquid extraction procedures, and offers a size of 27x100 mm to support this kind of work.

3. What size does this product have?

It has a size of 27x100 mm.

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

It is made from high-quality cellulose for efficient solvent retention and filtration. It also offers MN 645 extraction thimbles, pack of 25 thimbles and fat determination in food and feed.