BRAND Magnetic Stir Bars 15 x 4.5 mm PLASTIBRAND, PTFE-encapsulated Cylindrical, Small Center Ring, Pack of 10

The BRAND PLASTIBRAND Magnetic Stir Bars, 15 x 4.5 mm, PTFE-Encapsulated, Cylindrical, Small Center Ring, Pack Of 10 are designed for reliable magnetic stirring in compatible laboratory vessels. Featuring PTFE encapsulation, cylindrical construction, and Alnico V magnetic cores, these stir bars support dependable mixing performance up to 270 °C.

Key Features:

• Brand: BRAND
• Series: PLASTIBRAND
• Product Type: Magnetic stir bars
• Dimensions: 15 x 4.5 mm
• Material: PTFE-encapsulated
• Design: Cylindrical with small center ring
• Core: Alnico V magnetic cores
• Application: Suitable for vessels with slightly uneven bottoms
• Maximum Operating Temperature: 270 °C
• Pack Size: Pack of 10

The BRAND PLASTIBRAND magnetic stir bars are ideal for laboratories requiring durable, heat-resistant stirring accessories for consistent mixing in routine workflows.

Frequently Asked Questions

1. What is the BRAND PLASTIBRAND Magnetic Stir Bars, 15 x 4.5 mm, PTFE-Encapsulated, Cylindrical, Small Center Ring, Pack Of 10 used for?

The Magnetic stir bars are designed for vessels with slightly uneven bottoms. This magnetic stir bars format supports routine laboratory work in that application.

2. What are the main specifications of the Magnetic stir bars?

The main specifications of the Magnetic stir bars are that the dimensions are 15 x 4.5 mm, the material is PTFE-encapsulated and the maximum operating temperature is 270 °C. These are the main selection points to compare with the requirements of the laboratory task.

3. Is the Magnetic stir bars suitable for vessels with slightly uneven bottoms?

Yes. The Magnetic stir bars are suitable for vessels with slightly uneven bottoms. One relevant feature is that the design is Cylindrical with small center ring, which supports use in that type of laboratory workflow.

4. What pack size is the Magnetic stir bars supplied in?

The Magnetic stir bars is supplied in a pack of 10. This is useful when planning stock levels and routine laboratory consumption.