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PTFE Electric Stirring Rod Overhead Stirrer Mixer Shaft Anchor Paddle for Flask in Lab (400MM)

Free shipping on orders over $29.99

$12.99

$ 6 .99 $6.99

In Stock

1.Size:300mm


  • 1: PTFE stirring rod is was wrapped by teflon which is resistant to almost all chemical solvents.
  • 2: The stirrer mixer with scalable paddle which is flexible, convenient, saving space and never affect the insertion of the thermometer.
  • 3:Minimum Working Temperature -196℃.
  • 4:Max Working Temperature +250℃.
  • 5:Melting Point 600K.


Description:
PTFE anchor paddle is resistant to almost all chemical solvents,
which is the idea choice for lab use in scientific research, electronics, chemical engineering and school.
Specification:
Material: PTFE (Polytetrafluoroethylene)
Size: 400 * 7mm
Package include:
1 x Stirring Rod.
Warning:
Please keep the mixing paddle and the mixer head vertical when using,
which can avoid damage of the paddle shaft.


Oliver
Reviewed in the United States on July 2, 2023
I only had it for about three days when the head of it popped off.Mind you it was trying conditions, 24 hours in an acidic mixture with a very high-torque stirrer.. the plastic rods holding the flaps couldn't take it.
Ian Mazursky
Reviewed in the United States on December 12, 2020
These lab stirring paddles are pretty good.I had to cut off a little of the PTFE on the top to make it fit into my coupling.That’s really easy with a blade. Just go slow and it rotate.The only issue with these is there is a PTFE rod that holds the flappy bits to the shaft.It seems to keep chemistry there so cleaning is a bit annoying.Other then that, I can recommend them.
Darren
Reviewed in the United States on September 24, 2019
Exactly what I was looking for. Great price. Will buy several more
Bill N
Reviewed in the United States on December 20, 2019
It works and looks great, but the shaft metal is the softest steel that I have ever come across. I can easily bend it with pinky pressure when mounted to the stirrer. This is both good and bad. With a couple well placed pulls I was able to straighten the shaft from it's "as received" bent condition. Running my stirrer anymore than about 200 rpm makes the shaft go so unbalanced that it will bend itself and throw the glassware. I ended up cutting it down to about 10' length to make it safer. If the shaft is fully submersed in liquid, it tends to be more stable, otherwise its scary at higher RPM.