Ika Impellers
Ika mixer and stirrer elements
Ika mixing impellers and lab stirring elements are available to work with Ika overhead stirrers or with other lab mixer drives. Ika elements are of the highest quality and we offer a very broad range of lab mix elements to customize the mixing for your application. White Mountain Process is proud to offer the following styles of IKA elements with our WMP Best Pricing Guarantee and unlimited technical support in helping you get the right impellers and stirring elements for your lab mixing needs.
Stirring impellers are available in dissolvers, turbines, Teflon impellers, paddles, anchors and White Mountain Process offers custom fabricated impellers if something non standard is required. We offer polishing, passivation, and electropolishing on all stirrers and impellers as an option. Tag numbers can be acid etched
on the non wetted end of the mixing assembly.
Impeller assemblies in stainless steel are all 316Lss and pre-welded to the mixing shaft. The Teflon impellers are one piece assemblies. Please contact us at sales@wmprocess.com if you have any questions at all or if you need help coordinating the right mixing impellers with an overhead stirrer.
IKA R 1300 Dissolver stirrer
Lab stirrer for dissolving and small scale high shear mixing.
Radial flow impeller, for drawing the material to be mixed from the top and the bottom. High turbulence dispersing, high shearing forces, and particle size reduction. Used at medium to high speeds.
Stainless steel shaft and mixing impeller welded to the shaft. 316L stainless steel mixing impeller and shaft.
IKA R 1302 Dissolver stirrer
Lab stirrer for dissolving, 100mm diameter high shear disperser and shaft.
Radial flow, for drawing the material to be mixed from the top and the bottom.
Stainless steel shaft and mixing impeller
IKA R 1303 Dissolver stirrer
Radial flow, for drawing the material to be mixed from the top and the bottom.
Stainless mixing impeller and shaft
IKA R 1311 Turbine stirrer
Axial flow lab impeller
For drawing the material to be mixed from above. Generates axial flow in the vessel.
Minimum danger of injury when contact is made with vessel.
Stainless axial flow impeller with ring guard, great for glass mixing vessels
and single use mixing bags.
IKA R 1312 Turbine stirrer
For drawing the material to be mixed from above. Generates axial flow in the vessel. Minimum danger of injury when contact is made with vessel.
Stainless axial flow impeller with ring guard, great for glass mixing vessels
and single use mixing bags
IKA R 1313 Turbine stirrer
For drawing the material to be mixed from above. Generates axial flow in the vessel. Minimum danger of injury when contact is made with vessel.
Stainless axial flow impeller with ring guard, great for glass mixing vessels
and single use mixing bag.
IKA R 1330 Anchor stirrer
Lab U shaped anchor paddle.
Tangential flow, high shearing rate at edges, minimum deposits on the vessel wall. Used at low speeds. Great for laboratory scale mixing of polymer reactions, even distribution of high mineral contents in liquids, and thicker viscosity blends. The ideal stirrer for medium to highly viscous fluids.
Stainless anchor impeller, great for bulk movement of viscous product.
IKA R 1331 Anchor stirrer
Tangential flow, high shearing rate at edges, minimum deposits on the vessel wall. Used at low speeds. Polymer reactions, even distribution of high mineral contents in liquids. The ideal stirrer for medium to highly viscous fluids.
Stainless anchor impeller is a great mixing paddle for blending viscous product.
IKA R 1333 Anchor stirrer
Tangential flow, high shearing rate at edges, minimum deposits on the vessel wall. Used at low speeds. Polymer reactions, even distribution of high mineral contents in liquids. The ideal stirrer for medium to highly viscous fluids
IKA R 1335 Kneading stirrer
Laboratory helical impeller, ribbon style lab impeller
Tangential flow with oscillating compacting between the kneading surfaces. Minimum deposits on vessel. Used at low speeds.
IKA R 1342 Propeller stirrer, 4-bladed
Lab pitched blade turbine style impeller
Standard stirring element. For drawing the material to be mixed from the top to the bottom. Local shearing forces. Generates axial flow in the vessel. Used at medium to high speeds.
IKA R 1345 Propeller stirrer, 4-bladed
Lab pitched blade turbine style impeller
Standard stirring element. For drawing the material to be mixed from the top to the bottom. Local shearing forces. Generates axial flow in the vessel. Used at medium to high speeds.
IKA R 1352 Centrifugal stirrer
Laboratory folding impeller
Two-bladed, blades open with increasing speed. For stirring in round vessels with narrow necks. Effect is similar to that of a 4-bladed propeller stirrer. Medium to high speeds required.
IKA R 1355 Centrifugal stirrer
Lab folding propeller
Two-bladed, blades open with increasing speed. For stirring in round vessels with narrow necks. Effect is similar to that of a 4-bladed propeller stirrer. Medium to high speeds required.
IKA R 1373 Paddle stirrer
Tangential flow, minimum turbulence, good heat exchange, gentle treatment of product. Used at low to medium speeds.
IKA R 1375 Paddle stirrer
Square blade lab paddle impeller
Tangential flow, minimum turbulence, good heat exchange, gentle treatment of product. Used at low to medium speeds.
IKA R 1376 Paddle stirrer
Tangential flow, minimum turbulence, good heat exchange, gentle treatment of product. Used at low to medium speeds.
IKA R 1381 Propeller stirrer, 3-bladed
Laboratory marine prop style impeller
Flow-efficient design. For drawing the material to be mixed from the top and the bottom. Minimum shearing forces. Used at medium to high speeds.
IKA R 1382 Propeller stirrer, 3-bladed
Flow-efficient design. For drawing the material to be mixed from the top and the bottom. Minimum shearing forces. Used at medium to high speeds.
IKA R 1385 Propeller stirrer, 3-bladed
Laboratory marine prop style impeller
Flow-efficient design. For drawing the material to be mixed from the top and the bottom. Minimum shearing forces. Used at medium to high speeds.
IKA R 1388 Propeller stirrer, 3-bladed
Flow-efficient design. For drawing the material to be mixed from the top and the bottom. Minimum shearing forces. Used at medium to high speeds.
IKA R 1389 (PTFE-coated) Teflon Propeller stirrer, 3-bladed
Teflon laboratory impeller
Flow-efficient design. For drawing the material to be mixed from the top and the bottom. Minimum shearing forces. Used at medium to high speeds.
IKA R 2302 Propeller stirrer, 4-bladed
PBT style lab impeller
Standard stirring element. For drawing the material to be mixed from the top to the bottom. Local shearing forces. Generates axial flow in the vessel. Used at medium to high speeds.
IKA R 2305 Propeller stirrer, 4-bladed
Standard stirring element. For drawing the material to be mixed from the top to the bottom. Local shearing forces. Generates axial flow in the vessel. Used at medium to high speeds.
IKA R 2311 Paddle stirrer
Square blade lab paddle impeller
Tangential flow, minimum turbulence, good heat exchange, gentle treatment of product. Used at low to medium speeds.