24 Pcs Stirring Bar Magnetic Stir Bar Laboratory Stirrer Practical Mixer Rod Magnetic Mixer Rod Magnetic Stirrer Laboratory Bars White PTFE Teaching Instrument Cylindrical/2314

Package List 24 x Magnetic Stir BarsCharacteristics - Size: 4.00X0.90X0.90cm/1.57X0.35X0.35inch Stir Bars.- Color: White Laboratory Stirrer.- Material: PTFE Laboratory Accessories.- The product designed with high lubrication, solid material lowest coefficient of friction Magnetic Stir Bar.- Corrosion resistance, for most chemicals and solvents that show, inert, to acid and alkali, water and various solvents Laboratory Bars.- With operating temperature up to 250 ℃. Atmospheric aging resistance. - properties and low permeability Magnetic Mixer Rod.- So but to obtain an elongation even when the temperature good mechanical strength White Mixer Rod.- A solid material minimum surface tension, is not liable to any substance Practical Mixer Rod.Goods InformationLaboratory Bars Which is a laboratory device which generates a rotating magnetic field using a rotating magnet or a plurality of stationary electromagnets.Magnetic Stirrer Recessed bezel helps to reduce vibration while stirring.Laboratory Stirrer Casing is chemically inert, be used with harsh chemicals and reduces friction and wear in .Stir Bars It is used to stir a liquid or solution in biological, , and research laboratory applications

• Magnetic stirrer-- individual shapes create different for efficient and effective stirring.
• Laboratory accessories-- corrosion resistance, for most chemicals and solvents that show, inert, resistant to acid and alkali, water and various solvents.
• White mixer rod-- with operating temperature up to 250 ℃. atmospheric aging resistance. -resistant properties and low permeability.
• Magnetic stirring bar-- a solid material minimum surface tension, is not liable to any substance.
• Bars-- the stir bar is placed inside a container of liquid or solution that is seated on a magnetic stirrer, creating a rotating magnetic field using a rotating magnet or multiple stationary electromagnets.