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A315
Recommended for gas-liquid dispersion and mass transfer-controlled applications
Can improve mass transfer by 30% compared with Rushton turbines
Decreases shear rates up to 75%
Can reduce energy costs up to 45%
Improves yields in shear-sensitive processes
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R400
Recommended for higher-viscosity applications
Contoured two-bladed anchor design
For use in blending and heat transfer, with viscosities from 10,000 to 100,000 centipoise
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C104
Recommended for high-viscosity applications
Circulator impeller has high head capability 3 times greater than conventional impellers
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A312
Recommended for axial-flow impeller for side-entry applications
Designed for demanding pulp and paper applications
Also used in other side-entry applications, such as oil storage
Features minimal radial flow
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SKP210 Pitched Paddle 2 Blades
* Pitched paddles 2 blades, axial flow. or combined in large diameter impeller.
SKP220 Curved Blade 2 Blades
* Axial flow.
* Lower power consumption
* High efficiency
SKP230 - Double Pitched 2 Blades
* Double pitched impeller
* Wide range viscosity application
* Large impeller tank diameter ratio
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SKA810 - high-efficiency fluidfoil impeller 3 blades
* high-efficiency fluidfoil impeller
* Axial flow
* power saving
SKA815 - high-efficiency fluidfoil impeller 3 blades with stable ring
* high-efficiency fluidfoil impeller
* Axial flow
* power saving
* Integrated stable ring
SKA830 - Fluidfoil Impeller 3 blades
* An down-pumping axial flow impeller
* High efficiency
* High pumping capicity
* High solid suspension
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SKA840 - Fluidfoil Impeller 4 Blades
* The Maxflow impeller, with higher pumping efficiency
* Excellent in abrasive solids suspension, solids suspension in the presence of small amounts of gas introduced or generated in situ, and in boiling or near boiling applications.
SKT400 - Pitched Turbine 4 Blades
* 4-bladed turbine with 45o pitched blades.
* Axial flow impeller
* Medium shear and pumping capacity
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SKR700 - Anchor Impellers
* High visconsity application
SKR730 - Large Aera Impeller
* Wide reange of viscosity
* Highly mixing capacity
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SKP200 Straight Paddle 2 Blades
* Radial Flow Pattern
* Big power consuption
* General mixing application.
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YTRON-Y ByPass system - Incorporation of free flowing powders without a tendency to stick of form lumps such as Silica, Active Carbon, HPMC, Cocoa, Flour, Carbon Black, can be drawn in below liquid level by the negative pressure created by the rotor/stator system. The venturi shaped stator and the negative pressure created by the flow it affects, draws the powder in, dispersing it instantly and homogeneously into the liquid. The formation of lumps is eliminated.
Certain powders with a low bulk density can be sucked directly and dust-free from a bag or other container.
Liquids such as S.L.E.S., concentrates, additives, and pastes can as well be pumped in via the YTRON-Y ByPass tube, directly into the turbulent zone in the YTRON-Y mixing head. They are then quickly and instantly diluted or dispersed into the batch. The mixing efficiency of YTRON-Y remains unchanged.
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YTRON-Y rapidly and homogeneously mixes, without aeration, liquids and moderately viscous products. The standard production range includes five different group sizes, with power ranging from 0,25 kW to 55 kW. This corresponds to vessel sizes of up to several million liters volume.
By selection of the suitable mixing rotor, either gentle mixing or intensive shear is applied to the product, but in all cases the mixing action will be very efficient.
The robust construction means that it does not require bearings or seals in the immersed part and therefore involves no hygienic risc. Hygienic execution with surfaces up to mirror polish are available. The use under ATEX conditions is no problem, providing is has been respected in the engineering phase of the project.
Typical use is in the Food, the Chemical , Pharmaceutical and Construction Industries.
Additional services are the supply of hoists (wall mounted, floor mounted or mobile) with manual, electrical or pneumatic drive.
Optional: Support for fork lift or tackle block.
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