The product INF-RC-TP Reaction controller with thermocouple and pH input has been added to comparison list.
The product PRS-MSB · Teflon Stirring Bars has been added to comparison list.
Personal Reaction Station
The Personal Reaction Station has every feature needed for lead
development and high throughput applications.
The reactor provides
precise temperature control, powerful magnetic stirring, and an
inert atmosphere for each reaction tube.
Reactions are run in 50 mL glass
tubes that fit inside a heated and cooled reactor base.
Six built-in magnetic stirrers provide
uniform stirring even for viscous and heterogeneous reactions.
A reflux condenser plate surrounds the midsection of each reaction tube providing for a continuous reflux
with no cross contamination or solvent loss.
Reactors connect to an inert gas manifold through separate needle valves
and quick disconnect fittings, allowing individual reactors to be removed without disturbing the atmosphere
in other reactors.
All reactors have Teflon septum needle ports
for adding reagents and for sampling the reactor content.
Magnetic Stirring
Six
built-in
magnetic stirrers
Providing each reaction tube with its own magnetic stirrer
assures continuous and even stirring which is not possible when
a single magnetic stirrer is used.
Speeds: 60-1000 rpm.
Temperature Control
with Reflux Head
Temperature
range: -80 to 130°C
Heating is built into the
Personal Reaction Station which is regulated by J-KEM’s
digital temperature controller. Reaction temperatures are
maintained with 0.1o
C regulation. Cooling is provide by a circulating chiller or tap
water. The Personal Reaction Station includes a built-in water
cooled reflux head for continuous reflux with no loss of
volatile solvents. A digital 100 Hr. timer turns heating OFF (or
ON) at a user set time.
Inert Atmosphere
Add &
Remove tubes while maintaining inert atmosphere
Separate stainless steel needle valves turn inert gas flow
ON/OFF to individual reaction tubes. Tubes can be added and
removed without disturbing the atmosphere in any other reactor.
