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A jet mixer nozzle and flange connection with high chrome construction for abrasion resistance during sludge mixing. Hydraulic sludge mixing nozzles are available in 316 stainless steel or high chrome stainless steel with a 1 inch nozzle wall thickness.
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A hydraulic sludge mixing nozzle for welded attachment. This design allows for welding the nozzles to a common liquid manifold for mixing larger tanks.
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A computer-generated diagram of a double nozzle hydraulic sludge mixer, which will create a circular flow pattern.
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A stainless steel hydraulic sludge mixer nozzle with a victaulic coupling connection. This design allows for victaulic couplings between the piping and the nozzles.
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A hydraulic sludge mixer at a landfill for leachate treatment. The nozzles are welded to a common stainless steel manifold. The mixer is installed in a bolted steel tank.
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Hydraulic sludge mixing nozzles installed using victaulic couplings. These nozzles are mounted at the bottom of the tank. These nozzles are designed for mixing rectangular tanks and scum from clarifiers.
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A computer-generated image of a hydraulic sludge mixing nozzle welded to liquid piping.
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Hydraulic sludge mixing nozzles with flanged, welded and victaulic coupling (from left to right) for attachment to liquid pipes. The nozzles are available in 316 stainless steel or high chrome. The nozzles are designed for abrasion resistance.
Two hydraulic sludge mixing nozzles for both radial and angular sludge mixing.
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A computer-generated image of sludge mixing nozzles creating radial and angular mixing plumes for anaerobic digesters. Typical applications include anaerobic digestors or blending equalization tanks.
