Bel-Art Stirring Bar 50.8 x 8 mm PTFE, Spinbar, Octagonal

The Bel-Art Stirring Bar, 50.8 x 8 mm, is designed for high-efficiency mixing with magnetic stirrers in laboratory environments. Coated with PTFE for excellent chemical resistance, this octagonal Spinbar ensures enhanced turbulence and consistent solution agitation. Its longer length makes it ideal for larger containers and more vigorous stirring applications, while maintaining smooth operation and reliability.

Key Features:

• Brand: Bel-Art
• Material: PTFE for superior chemical and thermal resistance
• Dimensions: 50.8 x 8 mm
• Shape: Octagonal Spinbar for increased turbulence
• Application: Perfect for magnetic stirrers and large-volume mixing
• Durability: Inert, long-lasting, and easy to clean

Upgrade your lab mixing performance with the Bel-Art Spinbar stirring bar—reliable, efficient, and built for demanding laboratory use.

Frequently Asked Questions

1. What is the Bel-Art Stirring Bar 50.8 x 8 mm PTFE, Spinbar, Octagonal used for?

It is designed for high-efficiency mixing with magnetic stirrers in laboratory environments. Coated with PTFE for excellent chemical resistance, this octagonal Spinbar ensures enhanced turbulence and consistent solution agitation. Its longer length makes it ideal for larger containers and more vigorous stirring applications, while maintaining smooth operation and reliability.

2. Is this product suitable for Perfect for magnetic stirrers and large-volume mixing?

Yes. It is designed for Perfect for magnetic stirrers and large-volume mixing, and offers dimensions of 50.8 x 8 mm to support this kind of work.

3. What dimensions does this product have?

It has dimensions of 50.8 x 8 mm.

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

It is made from PTFE for superior chemical and thermal resistance. It also offers octagonal Spinbar for increased turbulence, inert, long-lasting, and easy to clean and interrupted profile provides greater surface area and added turbulence when compared to the smooth surface of cylindrical bars.