IKA Axial Flow Stirring Elements, Stainless Steel
| R 1002 | R 1342 | R 1345 | R 2302 | R 1381 | R 1382 | R 1385 | R 1388 | R 1389 | R 1311 | R 1312 | R 1313 | R 1352 | R 1355 | R 3000.1 | R 3001.1 | R 3003 | R 3003.1 | R 3003.2 |
| Stirring element especially for the mixing of small volumes |
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.
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Standard stirring element. For drawing the material to be mixed from the bottom to the top. Local shearing forces. Generates axial flow in the vessel. Used at medium to high speeds.
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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.
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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
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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.
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Flow-efficient design. For drawing the material to be mixed from the bottom to the top. Minimum shearing forces. Used at medium to high speeds.
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Flow-efficient design. For drawing the material to be mixed from the bottom to the top. Minimum shearing forces. Used at medium to high speeds.
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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.
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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. Minimum shearing forces. Used at medium to high speeds.
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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. Minimum shearing forces. Used at medium to* high speeds.
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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. Minimum shearing forces. Used at medium to high speeds.
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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.
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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.
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Generates axial flow. For drawing the material to be mixed from above. For circulating and handling low to medium viscous liquids. Used at medium speeds. | Generates axial flow. For drawing the material to be mixed from above. For circulating and handling low to medium viscous liquids. Used at medium speeds. | Generates axial flow. Medium is conveyed from the bottom upwards. For homogeneous mixing and heat exchange of medium to high viscosity media. Used at low to medium speeds. | Generates axial flow. Medium is conveyed from the bottom upwards. For homogeneous mixing and heat exchange of medium to high viscosity media. Used at low to medium speeds. | Generates axial flow. Medium is conveyed from the bottom upwards. For homogeneous mixing and heat exchange of medium to high viscosity media. Used at low to medium speeds. |
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ManufacturerIKA-Werke GmbH & Co. KG
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Country of OriginGermany
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Stirrer Diameter (mm)12, 50, 150, 45, 90, 100, 55, 140, 75, 30, 70, 60 / 15, 100 / 24
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Shaft Diameter (mm)4, 8, 10, 13
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Shaft Length (mm)140, 550, 350, 800, 540, 400, 565, 575
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ModelR 1002, R 1342, R 1345, R 2302, R 1381, R 1382, R 1388, R 1389, R 1311, R 1312, R 1313, R 1352, R 1355, R 3000.1, R 3001.1, R 3003, R 3003.1, R 3003.2, R 1385
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Maximum Speed800, 1000, 2000, 600, 400, N/A
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TypeScrew Type Stirrer, 4 Bladed Propeller Stirrer, 3 Bladed Propeller Stirrer, Turbine Stirrer, Centrifugal Stirrer, Moebius Stirrer, Spiral Stirrer
