Description:
Olive Shape magnetic stir bars is more suitable for the round bottom flask and cone bottle
Teflon (PTFE) casing is chemically inert, can be used with corrosive chemicals, and helps reduce friction and wear while spinning
Internal magnet made from alnico V, an alloy of aluminum, nickel, iron, and cobalt
Magnetic, Corrosion Resistance, Anti high temperature up to 250 celsius degree
Contains 7 different size: ø6x10mm, ø7x15mm,ø8x20mm,ø9x25mm,ø10x25mm,ø11x30mm,ø13x40mm
Olive Shape
Material: PTFE/ TEFLON;
Packed in transparent Box, convenienct to collect
- It is used to stir a liquid or solution in biological, chemical, medical and research laboratory applications
- Teflon (PTFE) casing is chemically inert, be used with harsh chemicals and reduces friction while in spinning
- Recessed bezel helps to reduce vibration while stirring.Particularly Useful for Environmental Testing and Life Science Applications in Which Small Sample Volumes Need to be Prepared and Evaluated
- The stir bar is placed in a container of liquid or solution, which is seated on a magnetic stirrer, which is a laboratory device which generates a rotating magnetic field using a rotating magnet or a plurality of stationary electromagnets
- Provides a larger surface area and added turbulence when the smooth surface of the cylindrical rods compared
- It is used to stir a liquid or solution in biological, chemical, medical and research laboratory applications
- Teflon (PTFE) casing is chemically inert, be used with harsh chemicals and reduces friction while in spinning
- Recessed bezel helps to reduce vibration while stirring.Particularly Useful for Environmental Testing and Life Science Applications in Which Small Sample Volumes Need to be Prepared and Evaluated
- The stir bar is placed in a container of liquid or solution, which is seated on a magnetic stirrer, which is a laboratory device which generates a rotating magnetic field using a rotating magnet or a plurality of stationary electromagnets
- Provides a larger surface area and added turbulence when the smooth surface of the cylindrical rods compared
