Bohlender Magnetic Stirring Bar 20x10 mm PTFE, Ellipsoidal

The Bohlender Magnetic Stirring Bar 20x10 mm PTFE, Ellipsoidal, is engineered for efficient and uniform mixing in laboratory settings. Encapsulated in high-quality PTFE, it offers exceptional chemical resistance and durability. The ellipsoidal shape enhances mixing efficiency by reducing friction and wear, ensuring smooth operation even at high speeds. This stirring bar is ideal for use in various laboratory vessels, including round bottom flasks.

Key Features:

• Brand: Bohlender
• Dimensions: 20 mm length x 10 mm diameter
• Material: PTFE coating for superior chemical resistance
• Shape: Ellipsoidal design for reduced friction and enhanced mixing efficiency
• Application: Suitable for a wide range of laboratory mixing tasks, including use in round bottom flasks

This magnetic stirring bar is an essential tool for laboratories requiring reliable and efficient mixing solutions.

Frequently Asked Questions

1. What is the Bohlender Magnetic Stirring Bar 20x10 mm PTFE, Ellipsoidal used for?

It is engineered for efficient and uniform mixing in laboratory settings. Encapsulated in high-quality PTFE, it offers exceptional chemical resistance and durability. The ellipsoidal shape enhances mixing efficiency by reducing friction and wear, ensuring smooth operation even at high speeds. This stirring bar is ideal for use in various laboratory vessels, including round bottom flasks.

2. Is this product suitable for a wide range of laboratory mixing tasks, including use in round bottom flasks?

Yes. It is designed for a wide range of laboratory mixing tasks, including use in round bottom flasks, and offers dimensions of 20 mm length x 10 mm diameter to support this kind of work.

3. What dimensions does this product have?

It has dimensions of 20 mm length x 10 mm diameter.

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

It is made from PTFE coating for superior chemical resistance. It also offers ellipsoidal design for reduced friction and enhanced mixing efficiency.