Bel-Art Stirring Bar 25.4 x 8 mm PTFE, Spinbar, Octagonal

The Bel-Art Stirring Bar, 25.4 x 8 mm, features a robust PTFE coating and an octagonal Spinbar design that delivers superior stirring performance. Ideal for laboratory applications, this stirring bar is chemically inert and compatible with most magnetic stirrers. The octagonal shape promotes strong turbulence for even and efficient mixing of solutions in beakers, flasks, and other lab containers.

Key Features:

• Brand: Bel-Art
• Material: Chemically resistant PTFE
• Dimensions: 25.4 x 8 mm
• Shape: Octagonal Spinbar for enhanced mixing action
• Application: Suitable for use with magnetic stirrers in laboratory settings
• Durability: PTFE coating ensures long-lasting, smooth operation

The Bel-Art Spinbar stirring bar is a reliable, durable, and efficient solution for all your laboratory stirring needs, ensuring consistent mixing and excellent chemical resistance.

Frequently Asked Questions

1. What is the Bel-Art Stirring Bar 25.4 x 8 mm PTFE, Spinbar, Octagonal used for?

It features a robust PTFE coating and an octagonal Spinbar design that delivers superior stirring performance. Ideal for laboratory applications, this stirring bar is chemically inert and compatible with most magnetic stirrers. The octagonal shape promotes strong turbulence for even and efficient mixing of solutions in beakers, flasks, and other lab containers.

2. Is this product suitable for use with magnetic stirrers in laboratory settings?

Yes. It is designed for use with magnetic stirrers in laboratory settings, and offers dimensions of 25.4 x 8 mm to support this kind of work.

3. What dimensions does this product have?

It has dimensions of 25.4 x 8 mm.

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

It is made from chemically resistant PTFE. It also offers octagonal Spinbar for enhanced mixing action, PTFE coating ensures long-lasting, smooth operation and interrupted profile provides greater surface area and added turbulence when compared to the smooth surface of cylindrical bars.