Stirrer Accessories
IKA™ R 1355 Centrifugal Stirrer, 2-Bladed
Overhead, two-bladed centrifugal stirring element for stirring in round, narrow-necked vessels at medium to high speeds.
IKA™ R 1333 Anchor Stirrer
Overhead, anchor-shaped stirrer element is ideally suited for medium to highly viscous fluids.
IKA™ R 1312 Turbine Stirrer
Overhead, turbine-shaped stirrer element is used to generate axial flow with minimal shearing forces.
IKA™ R 2311 Paddle Stirrer
Overhead, paddle-shaped stirring element for gentle mixing at low to medium speeds.
IKA™ R 1402 Dissolver Stirrer
Helps to provide high speed stirring in the laboratory.
IKA™ R 1331 Anchor Stirrer
Overhead, anchor-shaped stirrer element is ideally suited for medium to highly viscous fluids.
IKA™ R 1342 Propeller Stirrer, 4-Bladed
The R 1342 Propeller stirrer, 4-bladed, is used for drawing the material to be mixed from the top to the bottom.
IKA™ I-MAG BR Stand Rod Holder
Stand rod holder for attachment to the bottom of the I-MAG industrial magnetic stirrer.
Velp™ Switch for ARE 6 Stirrer
Switch for use with the ARE 6 Stirrer.
Velp™ 35D Knob for AREX 6 Digital PRO Hot Plate Stirrer
35D knob for use with the AREX 6 Digital PRO Hot Plate Stirrer.
Velp™ Imhoff Cone
Velp™ Imhoff Cone for use with FCS and JLT Series Flocculators.
Velp™ Stirring Shaft with Turbo Propeller
Stainless steel stirring shaft generates an axial flow in the container with suction of the substance from the top towards the bottom with low shearing forces. Limited danger of any contact of the blade with the walls of the container.
Velp™ Stirring Shaft with Floating Blade
Stirring shaft with two blades open as the speed rises generate a radial flow in the container, from the top towards the bottom. Particularly recommended for stirring in narrowneck containers.
Velp™ Stirring Shaft with Propeller
Standard stirring shaft generates an axial flow in the container with suction of the substance from the bottom towards the top.
Velp™ Stirring Shaft with Turbine
Stainless steel stirring shaft generates a radial flow with suction of the product from the top towards the bottom, with high turbulence and high shearing forces.