SP Scienceware Magnetic Stirring Bar Guide
www.belart.com • 1-800-423-5278
661 Route 23 South, Wayne, NJ 07470
Spinbar® Magnetic Stirring Bar Guide
A Magnetic Stirring Bar for Every Application
bottom of stir bar for debris.
Stir bar rattling/wobbling Ensure stir bar support ring is properly seated on the
ridge at the top of the cell.
Make sure stirred cell is centered on the magnetic stirrer
then turn off
magnetic stirrer.
WARNING: Do not disconnect pressure
inlet tube until stirred cell is
depressurized.
4. Unscrew cap and remove from cell body.
5. Remove stir bar and recover concentrated
Warning: Magnetic stirring cannot be achieved with all combinations of stir bars, reflectors, vial
holders, and vials. It is recommended that the user select the reflector (8ml or 40ml)
Specifications
Maximum operating pressure
Amicon® Stirred Cell Manifold
Amicon® Stirred Cell
Amicon® Stirred Cell Reservoir
5.2 bar (75 psi)
5.2 bar (75 psi)
5.2 bar (75 psi)
Working temperature range 4–40
Catalog Number O8514) in a
container with a tight-fitting cap and a magnetic stir bar.
Stir for a minimum of 4 hours on a magnetic stirrer. The
prepared mixture will be cloudy.
Catalyzed Osteo-Bed
Sample Reaction Scheme
To a flame-dried, 2-dram vial equipped with a magnetic
stir bar, 129.2 mg of 3-(4-chlorophenyl)propanoic acid
(0.7 mmol), 15.4 mg of diphenyl disulfide
orbital shaker (~175 rpm) for
30 minutes. Avoid magnetic stir bars and
stirrers, as the beads will bind to them.
3. Place the plate or tube in the magnetic separator
for 10 seconds. Remove the solution
Filler/pressure–relief cap and O–ring H O-ring seal
B Safety valve and O–ring I Stirring bar
C Glass cylinder J Stirring bar grip, grip
D Funnel screw and washer
E Bottom plate K Pressure inlet port
F Filtrate
• 50 mL three-necked flask (preferred material glass) with matching septa
• Magnetic stirrer and stirring bar
• Ice bath (to realize 0 – 4 °C)
• Protective gas supply (Argon preferred) with
and to both
chambers are added PTFE coated magnetic stir-
bars. Ensure that the stir-bars move freely within
the individual chamber to ensure prober stirring
during the reaction.
6. The red caps
Filtration System User Guide 11
Labscale Stir Base
A magnetic stirrer is installed inside the base housing. A stir bar is
packed with the Labscale Stir Base unit. The speed control knob
for the
approximately
175 rpm) for 30 minutes. Avoid magnetic stir bars
and stirrers as the beads will bind to them.
3. Place the plate or tube in the magnetic separator
for 10 seconds.
Add a measured quantity of electrophoresis buffer and a
magnetic bar into the flask.
� Weigh out agarose and sprinkle it slowly while stirring onto
the buffer
� • Weigh the flask and note weight.
either boiling granules or a stirring bar.
• Place the glass beaker on the heating plate. If a
magnetic stirrer with heating function and a stirring
bar is used, start stirring.
• Evaporate the sample
clear stir bar (Cat. No. Z266337) into a glass vial (Cat. No. V7130).
o Add 10 ml of the 1 % (w/v) stabilizer stock solution.
o Place the uncapped vial on a magnetic stir plate
clear stir bar (Cat. No. Z266337) into a glass vial (Cat. No. V7130).
o Add 10 ml of the 1 % (w/v) stabilizer stock solution.
o Place the uncapped vial on a magnetic stir plate
clear stir bar (Cat. No. Z266337) into a glass vial (Cat. No. V7130).
o Add 10 ml of the 0.5 % (w/v) stabilizer stock solution.
o Place the uncapped vial on a magnetic stir plate
Reagents and Equipment Required but Not
Provided.
250 ml beaker (sterile) with magnetic stir bar
Magnetic stirrer plate
Sterile PBS without Ca
2+
or
Mg
2+
(500 ml)
species analysis. J. Chromatogr.
Sci., 39(4), 146-152 (2001).
3. Vercauteren, J., et al., Stir bar sorptive extraction
for the determination of ppq-level traces of
organotin compounds in environmental
molecular species analysis.
J. Chromatogr. Sci., 39(4), 146-152 (2001).
2. Vercauteren, J., et al., Stir bar sorptive extraction
for the determination of ppq-level traces of
organotin compounds in environmental
measured by weighing one gram of sample and
placing it in 20 mL deionized water. The carbon was
magnetically stirred for 1 hour before measuring its
pHs. N2 adsorption isotherm measurements were
carried out