Bohlender Magnetic Stirring Bars, 20 x 8 mm, PTFE

The Bohlender Magnetic Stirring Bars, 20 x 8 mm, PTFE are precision-engineered stirring bars designed for efficient mixing in laboratory applications. Encased in high-quality PTFE, these stirring bars offer excellent chemical resistance and smooth operation, ensuring reliable performance in various experimental setups.

Key Features:

• Brand: Bohlender
• Material: PTFE for universal chemical resistance
• Dimensions: Length 20 mm, Diameter 8 mm
• Shape: Cylindrical for optimal mixing efficiency
• Temperature Resistance: From -200°C to +250°C
• Magnetic Core: Encapsulated for enhanced durability
• Applications: Ideal for stirring viscous liquids and bridging larger distances between the magnetic stirring machine and the stirring bar

These stirring bars are essential tools for laboratories requiring reliable and high-quality mixing solutions in various research and analytical settings.

Frequently Asked Questions

1. What is the Bohlender Magnetic Stirring Bars, 20 x 8 mm, PTFE used for?

It are precision-engineered stirring bars designed for efficient mixing in laboratory applications. Encased in high-quality PTFE, these stirring bars offer excellent chemical resistance and smooth operation, ensuring reliable performance in various experimental setups.

2. Is this product suitable for stirring viscous liquids and bridging larger distances between the magnetic stirring machine and the stirring bar?

Yes. It is designed for stirring viscous liquids and bridging larger distances between the magnetic stirring machine and the stirring bar, and offers length 20 mm, Diameter 8 mm and cylindrical for optimal mixing efficiency to support this kind of work.

3. What dimensions and shape does this product have?

It has length 20 mm, Diameter 8 mm, cylindrical for optimal mixing efficiency and from -200°C to +250°C.

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

It is made from PTFE for universal chemical resistance. It also offers encapsulated for enhanced durability.