Tarson PTFE/Alnico V Magnet Polygon Magnetic Stirrer Bar

The "Tarson PTFE/Alnico V Magnet Polygon Magnetic Stirrer Bar" is a specialized laboratory tool used for stirring liquids in vessels on a magnetic stirrer. Here's what you can expect from this stirrer bar:

1. Material: The stirrer bar is made from a combination of PTFE (Polytetrafluoroethylene) and Alnico V magnet. PTFE is a chemically resistant material known for its non-reactivity with most chemicals, while Alnico V is a strong magnet material known for its durability and resistance to demagnetization.

2. Polygon Shape: Unlike traditional round stirrer bars, this stirrer bar has a polygon shape, which may provide enhanced stirring efficiency and mixing performance, especially in certain types of vessels or applications.

3. Magnetic Properties: The stirrer bar contains an Alnico V magnet, which allows it to be attracted and rotated by the magnetic field generated by the magnetic stirrer. This enables efficient stirring of liquids without the need for manual agitation.

4. Chemical Compatibility: The PTFE material ensures that the stirrer bar is chemically inert and compatible with a wide range of substances, making it suitable for stirring both acidic and basic solutions, as well as organic solvents.

5. Versatility: The stirrer bar can be used in various laboratory applications that require mixing or stirring of liquids, including sample preparation, chemical synthesis, dissolution, and titration.

6. Size: The stirrer bar comes in different sizes, allowing users to select the appropriate size based on the volume and shape of the vessel being stirred.

7. Durability: The stirrer bar is designed for durability and long-term use in laboratory environments. The combination of PTFE and Alnico V magnet ensures resistance to chemical corrosion and mechanical wear.

Overall, the Tarson PTFE/Alnico V Magnet Polygon Magnetic Stirrer Bar provides an efficient and reliable solution for stirring liquids in laboratory settings. Its polygon shape, chemical compatibility, and magnetic properties make it a versatile tool for various laboratory applications requiring homogeneous mixing and stirring.