BRAND Magnetic Stirring Bars PTFE Round, 10 x 6 mm

The BRAND Magnetic Stirring Bars PTFE Round, 10 x 6 mm are designed for smooth and efficient stirring in laboratory applications. Made from durable PTFE material, they offer excellent chemical resistance and a reliable stirring action. These bars are perfect for use in various lab vessels like flasks and beakers, ensuring consistent mixing of solutions and reagents.

Key Features:

• Brand: BRAND
• Material: PTFE for superior chemical resistance
• Size: 10 x 6 mm round shape
• Application: Ideal for laboratory mixing and stirring

These magnetic stirring bars are perfect for maintaining efficient mixing in your laboratory work.

Frequently Asked Questions

1. What is the BRAND Magnetic Stirring Bars PTFE Round, 10 x 6 mm used for?

It are designed for smooth and efficient stirring in laboratory applications. Made from durable PTFE material, they offer excellent chemical resistance and a reliable stirring action. These bars are perfect for use in various lab vessels like flasks and beakers, ensuring consistent mixing of solutions and reagents.

2. Is the BRAND Magnetic Stirring Bars PTFE Round, 10 x 6 mm suitable for laboratory mixing and stirring?

Yes. It is designed for laboratory mixing and stirring, and offers a size of 10 x 6 mm round shape to support this kind of work.

3. What size does the BRAND Magnetic Stirring Bars PTFE Round, 10 x 6 mm have?

It has a size of 10 x 6 mm round shape, and is supplied under manufacturer part number 137113 ALT.

4. What is the BRAND Magnetic Stirring Bars PTFE Round, 10 x 6 mm made from?

It is made from PTFE for superior chemical resistance.

5. How does the BRAND Magnetic Stirring Bars PTFE Round, 10 x 6 mm compare with the Bohlender Magnetic Stirring Bars 20 x 7mm PTFE Cylindrical from Bohlender?

For laboratory mixing and stirring, the BRAND model is the better choice, offering a size of 10 x 6 mm round shape. The Bohlender model offers dimensions of 20 mm (length) x 7 mm (diameter) as an alternative, while the BRAND model's specification suits laboratory mixing and stirring.