Stir Bars and Rods
Fisherbrand™ Stir Bar Box Set, Cylindrical
Provides general purpose stirring for a wide variety of applications. Fisherbrand™ Stir Bar Box Sets, Cylindrical are isostatically molded in pure, FDA-approved PTFE plastic.
Fisherbrand™ PTFE Micro Magnetic Stir Bar
Designed for the smallest containers. Fisherbrand™ PTFE Micro Magnetic Stir Bar are autoclavable.
Fisherbrand™ Stir Bar Box Set, Cross-Shaped
Provides stable, general purpose stirring. Fisherbrand™ Stir Bar Box Sets, Cross-Shaped are isostatically molded in pure, FDA-approved PTFE plastic.
Azlon™ Pivot Ring Magnetic Stirrer Bar
Constructed of magnetic PTFE. Azlon™ Pivot Ring Stirrer Bar includes a central pivot ring that ensures efficient spinning even on curved or uneven bases.
Fisherbrand™ Micro (Flea) Magnetic Stirring Bars
Fisherbrand™ Micro (Flea) Magnetic Stirring Bars is coated in FDA Grade, USP Class VI Teflon™ PTFE
Fisherbrand™ Stir Bar Box Set, Octahedral
For use in containers with bases that are slightly curved or uneven. Fisherbrand™ Star Bar Box Set, Octahedral is isostatically molded in pure, FDA-approved PTFE plastic.
Thermo Scientific™ Nalgene™ Polypropylene Stirring Rod
Combine functions of a stirring rod and rubber policeman with these polypropylene stirring rods, featuring a flat paddle at one end and a triangular paddle at the other end.
Fisherbrand™ Octagonal Magnetic Stir Bar Assortment with Retainer
Provides greater surface area and added turbulence when compared to smooth cylindrical bars. Fisherbrand™ Octagonal Magnetic Stir Bar Assortments with Restrainers have an integral pivot ring on each bar to aid in reducing friction and chattering.
Thermo Scientific™ Nalgene™ Suspended Magnetic Stir Bars
Use these suspended magnetic stir bars for constant low-speed stirring action in tissue culture applications.
United Scientific Supplies Stirring Rods with Rubber Policeman
Glass stirring rods are supplied with rubber policemen already attached.
Thermo Scientific™ Komet Stir Bars
Generate over three times the torque of conventional stirring bars with these komet stir bars, significantly enhancing stirrer performance and versatility.
Fisherbrand™ Polygon Magnetic Stirring Bars without Pivot Ring
These stirbars have polygon multifaceted surfaces that add turbulence relative to similar smooth size cylindrical bars
VITLAB™ Polypropylene Stirring Rod
An excellent choice for mixing chemicals and liquids in the laboratory for general purpose.
Cole Parmer™ Glass Stir Rods with Rubber Policeman
Soft borosilicate glass with rounded ends and removable rubber policeman.
COWIE TECHNOLOGY™ Plain-Shape Stirring Magnet, PTFE
COWIE TECHNOLOGY™ Plain-Shape Stirring Magnet, PTFE has a similar action to a cylindrical stirring magnet, but gives more turbulence at low speed.
Fisherbrand™ Octagon Spinbar™ Magnetic Stirring Bars
Octagon magnetic stirring bars with integral pivot ring are the most commonly used shape for stirring small volumes in vessels such as vials, tubes and gradient makers.
Bel-Art™ SP Scienceware™ Octagon Spinbar™ Magnetic Stir Bars in Colors
Registered ISO 9001:2008. SP Scienceware™ Octagon Spinbar™ Magnetic Stir Bars in Colors are the most commonly used shape.
Bel-Art™ SP Scienceware™ Spinplus™ Magnetic Stirring Bars
Spinplus™ magnetic stirring bars add speed and efficiency to mixing operations
Fisherbrand™ Magnetic Stirring Bars
Stirbar assortments come in a convenient storage box. Fisherbrand™ Magnetic Stirring Bars contain PTFE encapsulated Alnico magnets and come in various sizes.
BRAND™ Polypropylene Spatula
Ends shaped differently to allow for different applications. Polypropylene construction.
Bel-Art™ SP Scienceware™ Flea Micro Spinbar™ Magnetic Stirring Bars
Particularly useful for environmental testing and life science applications in which small sample volumes need to be prepared and evaluated
Kartell™ Magnetic Triangular Stirring Bars
Made from Polytetrafluoroethylene. Kartell™ 120° Magnetic Triangular Stirring Bars are ideal for dissolving solids and mixing sediments thanks to the scraping action. The angled surfaces create high turbulence even at low speeds.